﻿<?xml version="1.0" encoding="utf-8" ?>
<AutomationTest>
  <OneLineReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>4</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\OneLineKmers.txt</KmersOutputFile>
    <BaseSequence>TTCTTCTA</BaseSequence>
    <KmersCount>4</KmersCount>
  </OneLineReads>
  <OneLineStep2Graph>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>4</KmerLength>
    <NodesSequence>TTCT,TCTT,CTTC,TCTA,GTGG,TGGG,GGGT,GGTA,GTAG,CACC,ACCA,ATAT,TATG,ATGG</NodesSequence>
    <NodeLeftEdgesCount>1,1,1,1,1,2,1,2,1,1,2,1,1,1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>2,1,1,1,2,1,2,1,1,2,2,1,1,2</NodeRightEdgesCount>
    <BaseSequence>TTCTTCTAACCCACCAATATGGTGGTGGGTAG</BaseSequence>
    <NodesCount>14</NodesCount>
    <NodeExtensionsCount>2</NodeExtensionsCount>
    <LeftNodeExtensionsCount>1</LeftNodeExtensionsCount>
    <RightNodeExtensionsCount>1</RightNodeExtensionsCount>
    <KmersCount>1</KmersCount>
  </OneLineStep2Graph>
  <OneLineStep2GraphWithRevComp>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>4</KmerLength>
    <NodesSequence>TTCT,TCTT,CTTC,TCTA,GTGG,TGGG,GGGT,GGTA,GTAG,CACC,ACCA,ATAT,TATG,ATGG</NodesSequence>
    <NodeLeftEdgesCount>1,1,1,1,1,2,1,2,1,1,2,1,1,1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>2,1,1,1,2,1,2,1,1,2,2,1,1,2</NodeRightEdgesCount>
    <BaseSequence>TTCTTCTAACCCACCAATATGGTGGTGGGTAG</BaseSequence>
    <NodesCount>14</NodesCount>
    <NodeExtensionsCount>2</NodeExtensionsCount>
    <LeftNodeExtensionsCount>1</LeftNodeExtensionsCount>
    <RightNodeExtensionsCount>1</RightNodeExtensionsCount>
    <KmersCount>3</KmersCount>
    <ContigsCount></ContigsCount>
  </OneLineStep2GraphWithRevComp>
  <OneLineStep3Graph>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <NodesSequence>TTCTT,TCTTC,CTTCT,TTCTA,ACCCA,CCCAC,CCACC,CACCA,ATATG,TATGG,ATGGT,GGGTA,GGTAG</NodesSequence>
    <NodeLeftEdgesCount>1,1,1,1,1,1,1,1,1,1,1,1,1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>1,1,2,0,1,1,1,1,1,1,1,1,0</NodeRightEdgesCount>
    <DangleNodeSequence>TTCTA,CTTCT,TCTTC,TTCTT</DangleNodeSequence>
  </OneLineStep3Graph>
  <OneLineStep4ReadsAfterRemoveRedundancy>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineBubbleReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <NodesSequence>GTTCT,TTCTT,TGTTC,TCTTC,CCATA,CATAT,CTTCT,TTCTA,TCTAC,TACCG,ACCGA,CTACC,CCGAC,CGACC,GACCA,ACCAT</NodesSequence>
    <NodeLeftEdgesCount>1,2,0,1,1,1,1,2,1,1,1,1,1,1,1,1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>2,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1</NodeRightEdgesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
  </OneLineStep4ReadsAfterRemoveRedundancy>
  <OneLineStep4Reads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineBubbleReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <NodesSequence>TestUtils\PaDeNATestData\OneLineStep4Sequences.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\OneLineStep4Left.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\OneLineStep4Right.txt</NodeRightEdgesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
  </OneLineStep4Reads>
  <OneLineStep4ReadsAfterErrorRemove>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineBubbleReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <NodesSequence>TGTTC,GTTCT,TTCTT,TCTTC,CTTCT,TTCTA,TCTAC,TACCG,ACCGA,CCATA,CATAT,CTACC,CCGAC,CGACC,GACCA,ACCAT</NodesSequence>
    <NodeLeftEdgesCount>0,1,2,1,1,2,1,1,1,1,1,1,1,1,1,1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>1,2,1,1,2,1,1,1,1,1,1,1,1,1,1,1</NodeRightEdgesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
  </OneLineStep4ReadsAfterErrorRemove>
  <Step4RedundantPathReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <NodesSequence>TestUtils\PaDeNATestData\Step4RedundantPathsequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\Step4RedundantPathleft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\Step4RedundantPathright.txt</NodeRightEdgesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
  </Step4RedundantPathReads>
  <OneLineStep5Reads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineBubbleReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <Contigs>TTCTACCGACCATAT,TGTTCT,TTCTTCT</Contigs>
    <SequenceFromPath>TGTTCT,GTTCTT,TTCTTC,TCTTCT,GTTCTA,TTCTAC,CTACCG,TACCGA,GACCAT,ACCATA,CCATAT,TCTACC,ACCGAC,CCGACC,CGACCA</SequenceFromPath>
    <ContigPathWithoutExtension>TGTTC,GTTCT,ACCAT,CCATA,CATAT,TTCTT,TCTTC,CTTCT,TTCTA,TCTAC,TACCG,ACCGA,CTACC,CCGAC,CGACC,GACCA</ContigPathWithoutExtension>
  </OneLineStep5Reads>
  <SmallChromosomeReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\ChrKmers.txt</KmersOutputFile>
    <Contigs>TTCTACCGACCATATGGTCGGTAGAA,TGTTCT,TTCTTCT</Contigs>
    <NodesSequence>TestUtils\PaDeNATestData\OneLineReadsWithRCSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphRight.txt</NodeRightEdgesCount>
    <ContigsCount>475</ContigsCount>
    <ExpectedKmersCount>32</ExpectedKmersCount>
    <NodesCount>222546</NodesCount>
  </SmallChromosomeReads>
  <SmallChromosomeReadsForCtr>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\ChrKmers.txt</KmersOutputFile>
    <Contigs>TTCTACCGACCATATGGTCGGTAGAA,TGTTCT,TTCTTCT</Contigs>
    <NodesSequence>TestUtils\PaDeNATestData\OneLineReadsWithRCSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphRight.txt</NodeRightEdgesCount>
    <ContigsCount>919</ContigsCount>
    <ExpectedKmersCount>32</ExpectedKmersCount>
    <NodesCount>222546</NodesCount>
  </SmallChromosomeReadsForCtr>
  <Step2SmallChromosomeReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>4</KmerLength>
    <Contigs>TTCTACCGACCATATGGTCGGTAGAA,TGTTCT,TTCTTCT</Contigs>
    <NodesSequence>TestUtils\PaDeNATestData\Step2SmallSizeSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\SmallSizeReadsStep2left.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\SmallSizeReadsStep2Right.txt</NodeRightEdgesCount>
    <BaseSequence>TTCTTCTAACCCACCAATATGGTGGTGGGTAG</BaseSequence>
    <KmersCount>2</KmersCount>
    <NodesCount>14</NodesCount>
  </Step2SmallChromosomeReads>
  <VirulGenomeReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\virulgenomekmers.txt</KmersOutputFile>
    <Contigs>TTCTACCGACCATATGGTCGGTAGAA,TGTTCT,TTCTTCT</Contigs>
    <NodesSequence>TestUtils\PaDeNATestData\VirualGenomeNodeSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\VirualGenomeStep2left.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\VirualGenomeStep2Right.txt</NodeRightEdgesCount>
    <NodesCount>23301</NodesCount>
    <NodesCountAfterDanglingGraph>23296</NodesCountAfterDanglingGraph>
    <NodeExtensionsCount>2</NodeExtensionsCount>
    <LeftNodeExtensionsCount>1</LeftNodeExtensionsCount>
    <RightNodeExtensionsCount>1</RightNodeExtensionsCount>
    <KmersCount>2</KmersCount>
    <ExpectedKmersCount>594</ExpectedKmersCount>
    <ExpectedNodesCount></ExpectedNodesCount>
    <ExpectedNodesCountRemoveRedundancy>23217</ExpectedNodesCountRemoveRedundancy>
    <ContigsCount>11</ContigsCount>
  </VirulGenomeReads>
  <MicroorganismReads>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\AverageSizeChromosomes.fa</FilePath>
    <KmerLength>28</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\virulgenomekmers.txt</KmersOutputFile>
    <Contigs>TTCTACCGACCATATGGTCGGTAGAA,TGTTCT,TTCTTCT</Contigs>
    <NodesCount>14</NodesCount>
    <NodeExtensionsCount>2</NodeExtensionsCount>
    <LeftNodeExtensionsCount>1</LeftNodeExtensionsCount>
    <RightNodeExtensionsCount>1</RightNodeExtensionsCount>
    <KmersCount>2</KmersCount>
    <ExpectedKmersCount>32</ExpectedKmersCount>
    <ExpectedNodesCount></ExpectedNodesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <ExpectedNodesCountRemoveRedundancy></ExpectedNodesCountRemoveRedundancy>
  </MicroorganismReads>
  <OneLineReadsWithRC>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLine200bpReadsWithRC.fasta</FilePath>
    <KmerLength>18</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\OneLineReadsWithRCKmers.txt</KmersOutputFile>
    <Contigs>TestUtils\PaDeNATestData\OneLineReadsWithRCContigs.txt</Contigs>
    <BaseSequence>ACGATTTTACGAGCCACGGCTAGTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCACCCGGGCCTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCCAAGCTAATGCACAATTCCTATGAAGGCCCGGGGGAACATGCGAGTAAAATATTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAACCTATAAATGCGTTACTAGTTATAGGTTACTCCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCCAAGCTAATGCACAATTCCTATGAAGGCCCGGGGGAACATGCGAGTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGTACGGCTGGACGATTTTACGAGCCACGGCTAGTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATATGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAACGATTTTACGAGCCACGGCTAGTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCAAGACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAACCTATAAATGCGTTACTAGCCGTGCTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCCAAGCTAATGCACAATTCCTACTCGCATGTTCCCCCGGGCCTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAACCTATAAATGCGTTACTAGCCGTGGTTTACGAGCCACGGCTAGTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCAAGCTACCCTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCTACCAGTGATTATAGGTTACTCCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCCAAGCTAATGCACAATTCCTATGAAGTAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAAACTCCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCCAAGCTAATGCACAATTCCTATGAAGGCCCGGGGGAACATGCGAGTAAACTCGCATGTTCCCCCGGGCCTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTCCACGGCTAGTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCGGGCCTTCATAGGAATTGTGCATTAGCTTGGAGTAACCTATAAAACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCAAGCTACGAACCAAGTGCGGCGTTTTATAGGTTACTCACGCCGCACTTGGTTCGTAGCTTGGAGTAACCTATAATCACTGGTAGAGTCGAGCAGTAGGAGTGTCTAGCTTGGAGTAACCTATAAATGCGTTACTAACGCATTTATAGGTTACTCCAAGCTAGACACTCCTACTGCTCGACTCTACCAGTGATTATAGGTTACTCCAAGCTACGAAC</BaseSequence>
    <NodesCount>170</NodesCount>
    <ExpectedKmersCount>32</ExpectedKmersCount>
    <ContigsCount></ContigsCount>
  </OneLineReadsWithRC>
  <OneLineWithRCStep2>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLine200bpReadsWithRC.fasta</FilePath>
    <KmerLength>20</KmerLength>
    <NodesSequence>TestUtils\PaDeNATestData\OneLineReadsWithRCSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\OneLineReadsWithRCGraphRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCount></ExpectedNodesCount>
    <NodesCount></NodesCount>
    <ExpectedNodesCountAfterDangling></ExpectedNodesCountAfterDangling>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <ExpectedNodesCountRemoveRedundancy></ExpectedNodesCountRemoveRedundancy>
  </OneLineWithRCStep2>
  <OneLineReadsWithClusters>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>7</KmerLength>
    <KmersOutputFile>TestUtils\PaDeNATestData\OneLineReadsWithClustersKmers.txt</KmersOutputFile>
    <NodesSequence>TestUtils\PaDeNATestData\OneLineWithClustersStep2sequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\OneLineWithClustersStep2left.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\OneLineWithClustersStep2right.txt</NodeRightEdgesCount>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <Contigs>TestUtils\PaDeNATestData\OneLineReadsWithClustersContigs.txt</Contigs>
    <NodesCount></NodesCount>
    <ContigsCount></ContigsCount>
    <ExpectedKmersCount>32</ExpectedKmersCount>
    <ExpectedNodesCount></ExpectedNodesCount>
    <ExpectedNodesCountRemoveRedundancy></ExpectedNodesCountRemoveRedundancy>
  </OneLineReadsWithClusters>
  <OneLineReadsWithClustersAfterDangling>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithDanglingLinks.fa</FilePath>
    <KmerLength>8</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\ReadsWithDanglingLinksSequence.txt</NodesSequence>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\ReadsWithDanglingLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\ReadsWithDanglingLinksRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCount></ExpectedNodesCount>
  </OneLineReadsWithClustersAfterDangling>
  <ReadsWithDanglingLinks>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithDanglingLinks.fa</FilePath>
    <KmerLength>8</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\ReadsWithDanglingLinksSequence.txt</NodesSequence>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\ReadsWithDanglingLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\ReadsWithDanglingLinksRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCount></ExpectedNodesCount>
  </ReadsWithDanglingLinks>
  <ReadsWithMultipleDanglingLinks>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithMultipleDanglingLinks.fa</FilePath>
    <KmerLength>8</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\MultipleDanglingLinksSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\MultipleDanglingLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\MultipleDanglingLinksRight.txt</NodeRightEdgesCount>
    <NodesCountAfterDanglingGraph>23295</NodesCountAfterDanglingGraph>
    <ExpectedNodesCount></ExpectedNodesCount>
  </ReadsWithMultipleDanglingLinks>
  <ReadsWithMultipleBubbles>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithMultipleBubbles.fa</FilePath>
    <KmerLength>9</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <PathLengthThreshold>30</PathLengthThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\MultipleBubbleLinksSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\MultipleBubbleLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\MultipleBubbleLinksRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCountRemoveRedundancy></ExpectedNodesCountRemoveRedundancy>
  </ReadsWithMultipleBubbles>
  <ReadsWithSmallSize>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <DanglingLinkThreshold>30</DanglingLinkThreshold>
    <PathLengthThreshold>30</PathLengthThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\Step4SmallSizeDanglingLinksSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\Step4SmallSizeDanglingLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\Step4SmallSizeDanglingLinksRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCountRemoveRedundancy>218244</ExpectedNodesCountRemoveRedundancy>
  </ReadsWithSmallSize>
  <ReadsWithBubbles>
    <AlphabetName>Dna</AlphabetName>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithBubbles.fa</FilePath>
    <KmerLength>9</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <PathLengthThreshold>30</PathLengthThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\BubbleLinksSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\BubbleLinksLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\BubbleLinksRight.txt</NodeRightEdgesCount>
    <ExpectedNodesCountRemoveRedundancy></ExpectedNodesCountRemoveRedundancy>
  </ReadsWithBubbles>
  <X1AndY1FormatPairedReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsWithX1AndY1PairedReads.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>40384</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>4</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>0.5K</Library1>
      <Library1>100K</Library1>
      <Library1>2K</Library1>
      <Library1>10K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>10000</MeanLength1>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>20</Deviation1>
      <Deviation1>100</Deviation1>
      <Deviation1>1000</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </X1AndY1FormatPairedReads>
  <X1AndY1FormatPairedReadAddLibrary>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsWithX1AndY1PairedReads.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>40384</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>4</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>2K</Library1>
      <Library1>0.5K</Library1>
      <Library1>100K</Library1>
      <Library1>10K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>500</MeanLength1>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>10000</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>100</Deviation1>
      <Deviation1>20</Deviation1>
      <Deviation1>40834</Deviation1>
      <Deviation1>1000</Deviation1>
    </Deviation>
  </X1AndY1FormatPairedReadAddLibrary>
  <OneAndTwoFormatPairedReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsWith1And2PairedReads.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>4</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>0.5K</Library1>
      <Library1>100K</Library1>
      <Library1>2K</Library1>
      <Library1>10K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>10000</MeanLength1>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>20</Deviation1>
      <Deviation1>100</Deviation1>
      <Deviation1>1000</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </OneAndTwoFormatPairedReads>
  <FAndRFormatPairedReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsWithFAndRPairedReads.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>4</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>0.5K</Library1>
      <Library1>100K</Library1>
      <Library1>2K</Library1>
      <Library1>10K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>10000</MeanLength1>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>20</Deviation1>
      <Deviation1>100</Deviation1>
      <Deviation1>1000</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </FAndRFormatPairedReads>
  <ReadsWithDots>
    <FilePath>TestUtils\PaDeNATestData\SequenceIdWithDotReads.fa</FilePath>
    <PairedReadsCount>3</PairedReadsCount>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>10K</Library1>
      <Library1>100K</Library1>
      <Library1>2K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>10000</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>100</Deviation1>
      <Deviation1>1000</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </ReadsWithDots>
  <ReadsWithDotsBetweenSeqId>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithDotsBetweenSequenceId.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>3</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>10K</Library1>
      <Library1>100K</Library1>
      <Library1>2K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>147500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>10000</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>100</Deviation1>
      <Deviation1>1000</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </ReadsWithDotsBetweenSeqId>
  <OneLineReadsForPairedReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsForPairedReads.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>3</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>TTCTTCTA</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>ACCCACCA</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>50K</Library1>
      <Library1>50K</Library1>
      <Library1>50K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>65000</MeanLength1>
      <MeanLength1>65000</MeanLength1>
      <MeanLength1>65000</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>13334</Deviation1>
      <Deviation1>13334</Deviation1>
      <Deviation1>13334</Deviation1>
    </Deviation>
  </OneLineReadsForPairedReads>
  <ReadsWithSpecialChars>
    <FilePath>TestUtils\PaDeNATestData\ReadsWithSpecialCharsID.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>50K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>65000</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>13334</Deviation1>
    </Deviation>
  </ReadsWithSpecialChars>
  <ReadsWith2Klibrary>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsFor2KAnd0.5KLibrary.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>2</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>2K</Library1>
      <Library1>0.5K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>20</Deviation1>
      <Deviation1>100</Deviation1>
    </Deviation>
  </ReadsWith2Klibrary>
  <ReadsWith10KAnd50KAnd100Klibrary>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsFor10KAnd50And100KLibrary.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>3</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>10K</Library1>
      <Library1>50K</Library1>
      <Library1>100K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>10000</MeanLength1>
      <MeanLength1>65000</MeanLength1>
      <MeanLength1>147500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>1000</Deviation1>
      <Deviation1>13334</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </ReadsWith10KAnd50KAnd100Klibrary>
  <ReadsWithoutAnySeqId>
    <FilePath>TestUtils\PaDeNATestData\SequenceReadsWithoutIDName.fa</FilePath>
    <LibraryName>ABC</LibraryName>
    <StdDeviation>100</StdDeviation>
    <Mean>3245</Mean>
    <PairedReadsCount>2</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>2K</Library1>
      <Library1>0.5K</Library1>
      <Library1>100K</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>500</MeanLength1>
      <MeanLength1>2000</MeanLength1>
      <MeanLength1>147500</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>20</Deviation1>
      <Deviation1>100</Deviation1>
      <Deviation1>40834</Deviation1>
    </Deviation>
  </ReadsWithoutAnySeqId>
  <MapReadsToContigFullOverlap>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsForMapToContig.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>8,8,7,9,8</readMapLength>
    <contigStartPos>0,4,6,3,2</contigStartPos>
    <readStartPos>0,0,0,0,0</readStartPos>
  </MapReadsToContigFullOverlap>
  <MapReadsToContigPartialOverlap>
    <FilePath>TestUtils\PaDeNATestData\OneLineReadsForMapToContigPartialOverlap.fa</FilePath>
    <KmerLength>3</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>5</redundantThreshold>
    <readMapLength>3,3,3,3,3,3</readMapLength>
    <contigStartPos>0,0,0,0,0,0</contigStartPos>
    <readStartPos>4,0,1,1,2,2</readStartPos>
  </MapReadsToContigPartialOverlap>
  <ContigGraphForSmallReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <NodesSequence>ATATGGTGGGTAG</NodesSequence>
    <NodeLeftEdgesCount>1</NodeLeftEdgesCount>
    <NodeRightEdgesCount>0</NodeRightEdgesCount>
  </ContigGraphForSmallReads>
  <ContigGraphWithClusterContigs>
    <FilePath>TestUtils\PaDeNATestData\ClustalWContigs.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <NodesSequence>GATGCCTCCTATC</NodesSequence>
    <NodeLeftEdgesCount>0</NodeLeftEdgesCount>
    <NodeRightEdgesCount>0</NodeRightEdgesCount>
  </ContigGraphWithClusterContigs>
  <FilterPairedReadContigs>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithOneLineReads.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>0,1</ForwardReadStartPos>
    <ReverseReadStartPos>11,10</ReverseReadStartPos>
    <RerverseReadReverseCompPos>9,10</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>478.000031</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>477.0</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>14.1421356</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>14.1421356</SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigs>
  <FilterPairedReadContigsUsingRedundancy>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithOneLineReads.fa</FilePath>
    <KmerLength>6</KmerLength>
    <Redundancy>1</Redundancy>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>0,1</ForwardReadStartPos>
    <ReverseReadStartPos>10,11</ReverseReadStartPos>
    <RerverseReadReverseCompPos>9,10</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>478.000031</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>477.0</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>14.1421356</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>14.1421356</SecondContigStandardDeviation>
  </FilterPairedReadContigsUsingRedundancy>
  <FilterPairedReadReverseOrietnationContigs>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithReverseOrientation.fa</FilePath>
    <Redundancy>1</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>0,1</ForwardReadStartPos>
    <ReverseReadStartPos>9,10</ReverseReadStartPos>
    <RerverseReadReverseCompPos>10,11</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>477.0</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>478.000031</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>14.1421356</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>14.1421356</SecondContigStandardDeviation>
  </FilterPairedReadReverseOrietnationContigs>
  <ScaffoldPathWithOverlap>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCCTCCTATCTTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>TTAGCGCG</ScaffoldNodes1>
      <ScaffoldNodes1>GCGCGC</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>3</ScaffoldPathCount>
    <DepthValue>3</DepthValue>
  </ScaffoldPathWithOverlap>
  <ScaffoldPathWithOverlapReverse>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsWithReverse.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>10</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCCTCCTATCTTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>TTAGCGCG</ScaffoldNodes1>
      <ScaffoldNodes1>GCGCGC</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>3</ScaffoldPathCount>
    <DepthValue>3</DepthValue>
  </ScaffoldPathWithOverlapReverse>
  <AssembledPathWithOverlap>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATCGCTAG</ScaffoldNodes1>
      <ScaffoldNodes1>GCTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>CTAGCATCGAACG</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>3</ScaffoldPathCount>
    <DepthValue>3</DepthValue>
    <SequencePath>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
    </SequencePath>
  </AssembledPathWithOverlap>
  <AssembledPathWithoutOverlap>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATCGCTAG</ScaffoldNodes1>
      <ScaffoldNodes1>GCTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>CTAGCATCGAACG</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>27</ScaffoldPathCount>
    <DepthValue>20</DepthValue>
    <SequencePath>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGGCGCGGCGCGGCGCGGCGCGGCGCGGCGCGGCGCGGCGCGC</SequencePath1>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
    </SequencePath>
  </AssembledPathWithoutOverlap>
  <AddX1AndY1FormatPairedReads>
    <FilePath>TestUtils\PaDeNATestData\OneLineReads.fa</FilePath>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>7</Mean>
    <PairedReadsCount>2</PairedReadsCount>
    <ForwardReads>
      <ForwardRead>TTCTTCTA</ForwardRead>
      <ForwardRead>ATATGGTG</ForwardRead>
    </ForwardReads>
    <BackwardReads>
      <BackwardRead>ACCCACCA</BackwardRead>
      <BackwardRead>GTGGGTAG</BackwardRead>
    </BackwardReads>
    <Library>
      <Library1>abc</Library1>
      <Library1>abc</Library1>
    </Library>
    <MeanLength>
      <MeanLength1>3245</MeanLength1>
      <MeanLength1>3245</MeanLength1>
    </MeanLength>
    <Deviation>
      <Deviation1>5</Deviation1>
      <Deviation1>5</Deviation1>
    </Deviation>
  </AddX1AndY1FormatPairedReads>
  <GetLibraryInformation>
    <FilePath>TestUtils\PaDeNATestData\1And2FormatPairedReadsLibraryInformation.fa</FilePath>
    <LibraryName>10K</LibraryName>
    <StdDeviation>1000</StdDeviation>
    <Mean>10000</Mean>
    <PairedReadsCount>1</PairedReadsCount>
  </GetLibraryInformation>
  <MapReadsToContigForSmallSizeChromosome>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>8,8,7,9,8</readMapLength>
    <contigStartPos>0,4,6,3,2</contigStartPos>
    <readStartPos>0,0,0,0,0</readStartPos>
  </MapReadsToContigForSmallSizeChromosome>
  <MapReadsToContigForViralGenome>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>8,8,7,9,8</readMapLength>
    <contigStartPos>0,4,8,3,2</contigStartPos>
    <readStartPos>0,0,0,0,0</readStartPos>
  </MapReadsToContigForViralGenome>
  <MapPairedReadsToContigForClustalWContigs>
    <FilePath>TestUtils\PaDeNATestData\ClustalWContigs.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>8,8,7,9,8</readMapLength>
    <contigStartPos>0,4,6,3,2</contigStartPos>
    <readStartPos>0,0,0,0,0</readStartPos>
  </MapPairedReadsToContigForClustalWContigs>
  <MapPairedReadsToContigForReverseComplementContigs>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>7,7,7,7,7,7,7,7,7,7,7</readMapLength>
    <contigStartPos>0,1,1,1,1,1,1,1,1,1,1</contigStartPos>
    <readStartPos>0,6,7,8,1,6,1,7,4,6,1</readStartPos>
  </MapPairedReadsToContigForReverseComplementContigs>
  <MapPairedReadsToContigForLeftSideContigGenerator>
    <FilePath>TestUtils\PaDeNATestData\LeftSideContigGenerator.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <readMapLength>7,8,7,8,8,9,7,9</readMapLength>
    <contigStartPos>0,3,5,1,9,7,11,2</contigStartPos>
    <readStartPos>0,0,0,0,0,0,0,0</readStartPos>
  </MapPairedReadsToContigForLeftSideContigGenerator>
  <MapPairedReadsToContigForSeqAndRevComp>
    <FilePath>TestUtils\PaDeNATestData\SeqReadsAndReverse.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>3</redundantThreshold>
    <readMapLength>5,5,5,5</readMapLength>
    <contigStartPos>0,0,0,0</contigStartPos>
    <readStartPos>3,0,0,1</readStartPos>
  </MapPairedReadsToContigForSeqAndRevComp>
  <MapPairedReadsToContigForRightSideContigGenerator>
    <FilePath>TestUtils\PaDeNATestData\SeqReadsWithRightSideContig.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>3</redundantThreshold>
    <readMapLength>5,5,5,5,5</readMapLength>
    <contigStartPos>0,0,0,0,0</contigStartPos>
    <readStartPos>6,7,5,9,6</readStartPos>
  </MapPairedReadsToContigForRightSideContigGenerator>
  <ContigGraphForViralGenomeReads>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>10</redundantThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\VirualGenomeContigNodeSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\VirualGenomeContigStep2left.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\VirualGenomeContigStep2Right.txt</NodeRightEdgesCount>
  </ContigGraphForViralGenomeReads>
  <ContigGraphForContigsWithBothOrientation>
    <FilePath>TestUtils\PaDeNATestData\OneLineBubbleReads.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>3</redundantThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\ContigsWithBothOrientaionNodeSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\ContigsWithBothOrientationLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\ContigsWithBothOrientationRight.txt</NodeRightEdgesCount>
  </ContigGraphForContigsWithBothOrientation>
  <ContigGraphForPalindromeContigs>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsWithReverse.fa</FilePath>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <redundantThreshold>3</redundantThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\PalindromeContigNodeSequence.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\PalindromeContigsLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\PalindromeContigRight.txt</NodeRightEdgesCount>
  </ContigGraphForPalindromeContigs>
  <ContigGraphNodesForChromosomes>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <DanglingLinkThreshold>30</DanglingLinkThreshold>
    <redundantThreshold>30</redundantThreshold>
    <NodesSequence>TestUtils\PaDeNATestData\ChromosomeReadsContigsRight.txt</NodesSequence>
    <NodeLeftEdgesCount>TestUtils\PaDeNATestData\ChromosomeReadsContigsLeft.txt</NodeLeftEdgesCount>
    <NodeRightEdgesCount>TestUtils\PaDeNATestData\ChromosomeReadsContigsNodeSequence.txt</NodeRightEdgesCount>
  </ContigGraphNodesForChromosomes>
  <FilterPairedReadContigsForFWOrn>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithForwardOrientation.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>1,0</ForwardReadStartPos>
    <ReverseReadStartPos>10,9</ReverseReadStartPos>
    <RerverseReadReverseCompPos>10,11</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>478.000031</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>477.0</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>14.1421356</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>14.1421356</SecondContigStandardDeviation>
    <Redundancy>2</Redundancy>
  </FilterPairedReadContigsForFWOrn>
  <FilterPairedReadContigsForRevOrientation>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithReadNotSupportReverseOrientation.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>1,0</ForwardReadStartPos>
    <ReverseReadStartPos>10,11</ReverseReadStartPos>
    <RerverseReadReverseCompPos>10,9</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>477.0</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>478.000031</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>14.1421356</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>14.1421356</SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForRevOrientation>
  <FilterPairedReadContigsForFWDirectionWithRevCompContig>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithRevComplement.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>0</ForwardReadStartPos>
    <ReverseReadStartPos>12</ReverseReadStartPos>
    <RerverseReadReverseCompPos>6</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>477.000000</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>483.000000</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>20.000000</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>20.000000</SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForFWDirectionWithRevCompContig>
  <FilterPairedReadContigsForBackwardDirectionWithRevCompContig>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsRevReadWithRevComplement.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>10</redundantThreshold>
    <ForwardReadStartPos>11</ForwardReadStartPos>
    <ReverseReadStartPos>9</ReverseReadStartPos>
    <RerverseReadReverseCompPos>9</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>483.000000</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>483.000000</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>20.000000</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>20.000000</SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForBackwardDirectionWithRevCompContig>
  <FilterPairedReadContigsForForwardWithPalindromeContig>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsWithReadAndPalindromeContig.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <ForwardReadStartPos>0</ForwardReadStartPos>
    <ReverseReadStartPos>12</ReverseReadStartPos>
    <RerverseReadReverseCompPos>7</RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig>479.0</DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig>479.0</DistanceBetweenSecondContig>
    <FirstContigStandardDeviation>20.0</FirstContigStandardDeviation>
    <SecondContigStandardDeviation>20.0</SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForForwardWithPalindromeContig>
  <FilterPairedReadContigsForBackwardWithPalindromeContig>
    <FilePath>TestUtils\PaDeNATestData\FilterContigsReverseDirectionAndPalindromeContig.fa</FilePath>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <ForwardReadStartPos></ForwardReadStartPos>
    <ReverseReadStartPos></ReverseReadStartPos>
    <RerverseReadReverseCompPos></RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig></DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig></DistanceBetweenSecondContig>
    <FirstContigStandardDeviation></FirstContigStandardDeviation>
    <SecondContigStandardDeviation></SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForBackwardWithPalindromeContig>
  <FilterPairedReadContigsForChromosomeReads>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <DanglingLinkThreshold>30</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>30</redundantThreshold>
    <ForwardReadStartPos></ForwardReadStartPos>
    <ReverseReadStartPos></ReverseReadStartPos>
    <RerverseReadReverseCompPos></RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig></DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig></DistanceBetweenSecondContig>
    <FirstContigStandardDeviation></FirstContigStandardDeviation>
    <SecondContigStandardDeviation></SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForChromosomeReads>
  <FilterPairedReadContigsForViralGenomeReads>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <KmerLength>28</KmerLength>
    <DanglingLinkThreshold>30</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>30</redundantThreshold>
    <ForwardReadStartPos></ForwardReadStartPos>
    <ReverseReadStartPos></ReverseReadStartPos>
    <RerverseReadReverseCompPos></RerverseReadReverseCompPos>
    <DistanceBetweenFirstContig></DistanceBetweenFirstContig>
    <DistanceBetweenSecondContig></DistanceBetweenSecondContig>
    <FirstContigStandardDeviation></FirstContigStandardDeviation>
    <SecondContigStandardDeviation></SecondContigStandardDeviation>
    <Redundancy>1</Redundancy>
  </FilterPairedReadContigsForViralGenomeReads>
  <ScaffoldPathWithForwardOrientation>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsWithForwardOrientation.fa</FilePath>
    <Redundancy>0</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>1</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>1</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCTCAAAT</ScaffoldNodes1>
      <ScaffoldNodes1>CAAATT</ScaffoldNodes1>
      <ScaffoldNodes1>CTAGCATCGAACG</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
  </ScaffoldPathWithForwardOrientation>
  <ScaffoldPathWithReverseOrientation>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsForReverseDirectionDoesNotSupportOrientation.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCCTCCTATCTTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>TTAGCGCG</ScaffoldNodes1>
      <ScaffoldNodes1>GCGCGC</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>10</DepthValue>
  </ScaffoldPathWithReverseOrientation>
  <ScaffoldPathWithForwardDirectionAndRevComp>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsForForwardReadAndReverseCompContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>1</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>CGTTCGATGCTAG</ScaffoldNodes1>
      <ScaffoldNodes1>GCTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>CTAGCGAT</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
  </ScaffoldPathWithForwardDirectionAndRevComp>
  <ScaffoldPathWithReverseDirectionAndRevComp>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsForForwardReadAndReverseCompContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>1</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>CGTTCGATGCTAG</ScaffoldNodes1>
      <ScaffoldNodes1>GCTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>CTAGCGAT</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
  </ScaffoldPathWithReverseDirectionAndRevComp>
  <ScaffoldPathWithForwardDirectionAndPalContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForForwardReadAndPalindromeContig.fa</FilePath>
    <Redundancy>1</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>1</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>5</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>AAAAAA</ScaffoldNodes1>
      <ScaffoldNodes1>AAAAATT</ScaffoldNodes1>
      <ScaffoldNodes1>AAATTT</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>2</ScaffoldPathCount>
    <DepthValue>20</DepthValue>
  </ScaffoldPathWithForwardDirectionAndPalContig>
  <ScaffoldPathWithReverseDirectionAndPalContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForReverseReadAndPalindromeContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>7</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCCTCCTATCTTAGC</ScaffoldNodes1>
      <ScaffoldNodes1>GCGCGC</ScaffoldNodes1>
      <ScaffoldNodes1>TTAGCGCG</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>182</ScaffoldPathCount>
    <DepthValue>15</DepthValue>
  </ScaffoldPathWithReverseDirectionAndPalContig>
  <ScaffoldPathForChromosomes>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>0</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
  </ScaffoldPathForChromosomes>
  <ScaffoldPathForViralGenomeReads>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>7</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
  </ScaffoldPathForViralGenomeReads>
  <AssembledPathForForwardWithReverseCompl>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForForwardReadAndRevComplContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
    <SequencePath>
      <SequencePath1>CGTTCGATGCTAGCGAT</SequencePath1>
      <SequencePath1>ATGCTCAAATTT</SequencePath1>
    </SequencePath>
  </AssembledPathForForwardWithReverseCompl>
  <AssembledPathForReverseWithReverseCompl>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForReverseReadAndRevComplContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>15</DepthValue>
    <SequencePath>
      <SequencePath1>ATGCCTCCTATCTTAGCGCGC</SequencePath1>
    </SequencePath>
  </AssembledPathForReverseWithReverseCompl>
  <AssembledPathForForwardAndPalContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForForwardReadAndPalindromeContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>0</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>20</DepthValue>
    <SequencePath>
      <SequencePath1>AAAAAAAAAAAAAAAAAAAAAAATTTTT</SequencePath1>
    </SequencePath>
  </AssembledPathForForwardAndPalContig>
  <AssembledPathForReverseAndPalContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForReverseReadAndPalindromeContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>5</StdDeviation>
    <Mean>7</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>15</DepthValue>
    <SequencePath>
      <SequencePath1>ATGCCTCCTATCTTAGC</SequencePath1>
      <SequencePath1>TTAGCGCGCCGCGCGCGCGCGCGCGC</SequencePath1>
      <SequencePath1>TTAGCGCGCGCGCCGCGCGCGCGCGC</SequencePath1>
      <SequencePath1>TTAGCGCGGCGCGCGCGCGCGCGCGC</SequencePath1>
      <SequencePath1>GCGCGCGCGCGCGCCGCGCGCGCTAA</SequencePath1>
    </SequencePath>
  </AssembledPathForReverseAndPalContig>
  <AssembledPathForChromosomeReads>
    <FilePath>TestUtils\PaDeNATestData\ChrReads.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>25</StdDeviation>
    <Mean>40</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
    <SequencePath>
      <SequencePath1></SequencePath1>
    </SequencePath>
  </AssembledPathForChromosomeReads>
  <AssembledPathForViralGenomeReads>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>25</StdDeviation>
    <Mean>40</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
      <ScaffoldNodes1></ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldPathCount>1</ScaffoldPathCount>
    <DepthValue>5</DepthValue>
    <SequencePath>
      <SequencePath1></SequencePath1>
    </SequencePath>
  </AssembledPathForViralGenomeReads>
  <ScaffoldSequence>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>1</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>0</StdDeviation>
    <Mean>17</Mean>
    <PairedReadsCount>1</PairedReadsCount>
    <ScaffoldNodes>
      <ScaffoldNodes1>ATGCCTCCTATCTTAGCGCGC</ScaffoldNodes1>
      <ScaffoldNodes1>TTAGCGCG</ScaffoldNodes1>
      <ScaffoldNodes1>GCGCGC</ScaffoldNodes1>
    </ScaffoldNodes>
    <ScaffoldSeq>ATGCCTCCTATCTTAGC,CGCGCCGCGC,CGCGCG,GCGCGC,TTAGCGCG,TTTAAA,TTTTAA,TTTTAGC,TTTTTA,TTTTTT</ScaffoldSeq>
    <ScaffoldPathCount>10</ScaffoldPathCount>
    <DepthValue>3</DepthValue>
  </ScaffoldSequence>
  <AssembledContigsForSequenceReads>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <Erosion>5</Erosion>
    <LowCoverageContig></LowCoverageContig>
    <AssembledSeqCount>10</AssembledSeqCount>
    <SequencePath>ATGCCTCCTATCTTAGCGCG,GCGCGC,TTTTTA,CGCGCG,TTTTAAA,TTTTAGC,CGCGCCGCGC,TTTTTT</SequencePath>
  </AssembledContigsForSequenceReads>
  <AssembledSequencesForSequenceReads>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <Erosion>5</Erosion>
    <LowCoverageContig>2</LowCoverageContig>
    <AssembledSeqCount>9</AssembledSeqCount>
    <SequencePath>ATGCCTCCTATCTTAGCGCG,TAAAAA,CGCGCCGCGC,CGCGCG,TTTTAA,TTTAAA,TTTTTT,GCGCGC,TTTTAGC</SequencePath>
  </AssembledSequencesForSequenceReads>
  <AssembledSequencesForSequenceReadsWithErosionAndLCC>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <Erosion>5</Erosion>
    <LowCoverageContig>2</LowCoverageContig>
    <AssembledSeqCount>2</AssembledSeqCount>
    <SequencePath>GCGCGC,TTTTTA</SequencePath>
  </AssembledSequencesForSequenceReadsWithErosionAndLCC>
  <AssembledSequencesForSequenceReadsWithErosion>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Erosion>5</Erosion>
    <LowCoverageContig>2</LowCoverageContig>
    <Mean>5</Mean>
    <AssembledSeqCount>8</AssembledSeqCount>
    <SequencePath>GCGCGC,TTTTTA,TTTTAA,TTTAAA,TTTTAGCGCG,CGCGCCGCGC,CGCGCG,TTTTTT</SequencePath>
  </AssembledSequencesForSequenceReadsWithErosion>
  <AssembledSequencesForSequenceReadsWithLCC>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPaths.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>6</KmerLength>
    <DanglingLinkThreshold>3</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>7</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <Erosion>5</Erosion>
    <LowCoverageContig>2</LowCoverageContig>
    <AssembledSeqCount>3</AssembledSeqCount>
    <SequencePath>TTAGCGCG,TTTTTA,GCGCGC</SequencePath>
  </AssembledSequencesForSequenceReadsWithLCC>
  <AssembledSequencesForEulerData>
    <FilePath>TestUtils\PaDeNATestData\EulerTestDataReads.fasta</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>27</KmerLength>
    <DanglingLinkThreshold>27</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>54</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <AssembledSeqCount>131</AssembledSeqCount>
    <SequencePath>TTTGAGCTGACTTCGTCAGTTCTATCT,TAATACTCTTCGAAAATCTCTTCAAAC,AATACTCTTCGAAAATCTCTTCAAACC,ATACTCTTCGAAAATCTCTTCAAACCA,GGTTTGAATTTGATTTTCGAAGAGTAT,TAGGAAACTAGCCGCAGGCTGCTCAAA,ACAACCTCAAAACAGTGTTTTGAGCAG,TTGAAGGGCGTTGACGATTTTCTCTTT,TTCGAAAATCTCTTCAAACCACGTCAACGTCGCCTTGC,CACAACCTCAAAACAGTGTTTTGAGCA,TGCAACCTCAAAACAGTGTTTTGAGCA,GCAACCTCAAAACAGTGTTTTGAGCAA,GCAACCTCAAAACAGTGTTTTGAGCAG,TTGCTCAAAACACTGTTTTGAGGTTGT,TTGAGCTGACTTCGTCAGTTCTATCTACAACCTCAAAACAGTGTTT,TACTCTTCGAAAATCTCTTCAAACCACGTCA,GCGGGCTGCTCAAAACACTGTTTTGAGGT,GGCTGCTCAAAACACTGTTTTGAGGTTG,AGAAAGGACAAATTTCGTCCTTTCTTTTTTGA,GTTGCAGATAGAACTGACGAAGTCAGTAACAT,ACTGACGAAGTCAGTAACATATACCTACGGCAAGGCGACGTTGACGT,AAGCCATTTCCGTTATCTTTTTCTTCAATGTCTTGGCTGCGCTCATCTTTCCAACCCTCGGCACCTGGCTTCATCTATCCAGTGACGGCTTCGCCCTCTTTGCAGGAACTGCGGTCAATGATACTTCCTCTGTAACCGCCACAGCTAGCGCTTGGGACAGTCTCTACCAGACCAATACCCTCGAATCCGCAACCATTGTCAAACTCACGCGAACCCTAGCTATCATCCCCATCACTCTCTTTCTCTCCTACTGGCAAAGTCGCGAGCAAAAAAATAAGCAAGGCTTACAACTGAAAAAAGTCTTCCCACTTTTTATCCTTCACTTCATCCTTGCATCGCTCCTAACCACCCTTCTGACCTCTCTCGGTGTGTCTAGTAGTTTCTTTACCCCTCTCAAACAACTCTCTAAATTCCTCATTATCATGGCCATGAGTGCCATCGGTCTCAAAACTAATCTGGTCGCTATGGTCAAATCCAGTGGAAAATCCATTGTTCTCGGAGCCGTCTGCTGGATTGCCATCATCCTCACCAGCCTTGGTATGCAGACCCTTATCGGCATTTTCTAATACTCTTCGAAAATCTCTTCAAA,GCTCAAAACACTGTTTTGAGGTTGCAGATAGAACTGAC,GATAGAACTGACGAAGTCAGCTCAAAACAC,ATATAATATCTGGGGCCAAATAATCTGTTTGCTCTTGATTCAGATCGGTGGTCTAGGGCTCATGACCTTTATTGGGGTTTTCTATATCCAGAGCAAGCAAAAGCTTAGTCTTCGTAGCCGTGCAACTATTCAGGATAGTTTTAGTTATGGAGAAACTCGATCTTTGAGAAAGTTTGTCTATTCTATTTTTCTCACGACCTTTTTGGTTGAGAGCTTGGGAGCTATTTTGCTTAGTTTTCGCCTTATTCCTCAACTTGGCTGGGGACGTGGTCTTTTTAGTTCCATTTTTCTAGCGATCTCAGCCTTCTGTAATGCCGGTTTTGATAATTTAGGGAGCACCAGTTTATTTGCTTTTCAGACCGATTTACTGGTCAATCTGGTGATTGCAGGCTTGATTATTACAGGCGGCCTTGGTTTTATGGTCTGGTTTGATTTGGCTGGTCATGTAGGAAGAAAGAAAAAAGGACGTCTGCACTTTCATACGAAGCTTGTATTATTATTGACTATAGGTTTGTTGTTATTTGGAACGGCAACTACTCTCTTTCTTGAGTGGAACAATGCTGGAACGATTGGCAATCTCCCTGTTGCCGATAAGGTTTTAGTTAGCTTTTTTCAAACAGTGACGATGCGAACAGCTGGCTTTTCTACGATAGATTATACTCAGGCTCATCCTGTGACTCTTTTGATTTATATCTTACAGATGTTTCTAGGTGGGGCACCTGGAGGAACAGCTGGGGGACTCAAGATTACGACATTTTTTGTCCTCTTGGTCTTTGCACGAAGTGAGCTTCTAGGCTTGCCTCATGCCAATGTTGCGAGACGAACGATCGCGCCGCGAACGGTTCAAAAATCCTTTAGTGTCTTTATTATCTTTTTGATGAGCTTCTTGATAGGATTGATTCTGCTAGGGATAACAGCCAAAGGCAATCCTCCCTTTATCCACCTCATATTTGAAACCATTTCAGCTCTTAGTACAGTTGGTGTAACGGCAAATCTGACTCCTGACCTTGGGAAATTGGCTCTCAGTGTTATCATGCCACTTATGTTTATGGGACGAATTGGTCCCTTGACCTTGTTTGTTAGCTTGGCAGATTACCATCCAGAAAAGAAAGATATGATTCACTATATGAAAGCAGATATTAGTATTGGTTAAGAAAGGAAAGAGCATGTCAGATCGTACGATTGGAATTTTGGGCTTGGGAATTTTTGGGAGCAGTGTCCTAGCTGCCCTAGCCAAGCAGGATATGAATATTATCGCTATTGATGACCACGCAGAGCGCATCAATCAGTTTGAGCCAGTTTTGGCGCGTGGAGTGATTGGTGACATCACAGATGAAGAATTATTGAGATCAGCAGGGATTGATACCTGCGATACCGTTGTAGTCGCGACAGGTGAAAATCTGGAGTCGAGTGTGCTTGCGGTTATGCACTGTAAGAGTTTGGGGGTACCGACTGTTATTGCTAAGGTCAAAAGTCAGACCGCTAAGAAAGTGCTAGAAAAGATTGGAGCTGACTCGGTTATCTCGCCAGAGTATGAAATGGGGCAGTCTCTAGCACAGACCATTCTTTTCCATAATAGTGTTGATGTCTTTCAGTTGGATAAAAATGTGTCTATCGTGGAGATGAAAATTCCTCAGTCTTGGGCAGGTCAAAGTCTGAGTAAATTAGACCTCCGTGGCAAATACAATCTGAATATTTTGGGTTTCCGAGAGCAGGAAAATTCCCCATTGGATGTTGAATTTGGACCAGATGACCTCTTGAAAGCAGATACCTATATTTTGGCAGTCATCAACAACCAGTATTTGGATACCCTAGTAGCATTGAATTCGTAAAGAGGGATGACCCCTCTTTTTTGATGCTTAAGATGGCAAATAGAGACAGAAGCCCCTTGTCTTCTAGTAAAAGTTCTTCAAAGGCTGGACTTTATGGTAAAATAGAAGGAAGTGACAAGAGAGAGTAATACTCAATGAAAATCAAAGATCAAACTAGGAAACTAGCTGCGGGCTGCTCAAAACACTGTTTTGA,GCAGGCTGCTCAAAGCACTGCTTTGAGGTTG,GTTGCAGATAGAACTGACGAAGTCAGCTCAA,TAGATATACTTCATTTAGACGGTTATTGGCAACCTGCGCTGTCTGAAGCTTGGTTTGCAGATTGATGATATTTTCCAAAGGATTGGTAAAGTAAACCAGCAAGGTATTATAGGTAATCAACTGCCCCAAACTCATCTTGCCATCCATGACCAGAACAGCCCCCATCCAGAGAATGCCGACATTAAGCAAGAGATGGGCAACCTTTTTCAGAGCCTTTTGCTGACTCTCTGCTCGACTATAGGTAAAGGATTTCTTCAGATAATCCACAAATTCCTTGTCAATTTTTTGGTAACGCTGACTTTCACTGGTCAAGGACTTGATAGTCTCAATACCGTTGATGTCCTCAATGATAGAAGAAGACAGAACCGCATTGGCTTCCATGGTATCCCGATTCATCTTTTCAAACGGCTTCATAAAGGCAAAGATAATCACTGTGTAGATAGGAAGCGCCAATAAAGTCATGAAAAAGAGATTGGTATTTTGTGAAAATAGAACAAGGGAAATAATGACAACCGTTGACACATCTAGGAAAATCGAAAGGATGGTCGAAGCCAGCGCATCGATGATACTGTTAGCATCTGTAAAACGAGACACGATCTCCCCTGTCCTGCGTGTCGCAAAGAAGGACATAGGGAGGTGAAAAACATGCTTGATATAGGACAAAATCACGTCAATCGACAAGCGTTGCCCCAAAACAAGCAAGAGATACTCCTGAGCGTAAGACAAGATTTGCTGGAGGATGTAGACGATGACTAGCCCAATAGAAATAATCCCTAGTGTCGAACGCATCTGATCTGGCACATAGGTATCAATGATAGACTGCAGATAATAAGAACCCACAATGTTAATCCCGATTACCAAGAGTGTTGCCAAAACGATATTAG,TACTTGGTGGTTTAGCTCTCCTGTTTTCTCTTTTAGCTTTAACCAGCCATAAATGGTATTACGTGAGATTTGGAAAACGTGTGACGCTTCTGTTATACTACCTGTTCGCTCACAATAAGAGAGAACTTTTTTACGAAAATCTATTGAATAT,CTTTTTTACGAAAATCTATTGAATATGCCATAAAAAGATTATACCACATTGTGTACTA,GACAAATTTCGTCCTTTCTTTTTTGATATTCAGGGCGATAAAAATCCGTTTTTTGAAGTTTTCAAAGTTCCGAAAACCAAAGGCATTGCGCTTGATAAGTTTGATGAGATTATTG,GCTTGATAAGTTTGATGAGATTATTGGT,TTGATAAGTTTGATGAGATTATTGGTCGCTTCCAATTTGGCGTTAGAATAGTGTAGTTGAAGGGCGTTGACGATTTTCTCTT,CAGCTCAAAACACTGTTTTGAGGTTGCA,CATGAATACAAGGCTATCAAGCGCTACTGGAAGCTCAT,TAAACTTTTAAATAGTAAAGGAGGAGAAAGGATTGAAAGAAAAACAATTTTGGAATCGTATATTAGAATTTGCACAAGAAAGACTGACTTGATCC,TAGCCGCAGGCTGCTCAAAACACTGTTTT,ATACTAGCCTCGCTGAAATTCCTTTTCCTGTAGATATTGTCAATGTTTATCGTCGCAGTGAATTTCTGCCCGATGTGGCGCGTGATTTTCTCAAAGCTGATGCCAAGATTTTTTGGGCACAGCTAGGACTTGAAAGTTTAGAAGCGAAAGAGATTTTGCGTGATGGTGGATGTGATGATATCGTGATGAATCGCTGTATCAAGAGAGAACATACTCGCTTGATTGAGGAAGCATAAGAAAAAGGTAGCTGATGGGCTACCTTTTGTGTTATACTCAATGAAAATCAAAGAGCA,TTATACTCAATGAAAATCAAAGAGCAAA,ATACTCAATGAAAATCAAAGAGCAAACTAG,AAGAAAGGACGAAATTTGTCCTTTCTAGATCTTCGCTTTCTTCAACCCACTACAGTTGACAAAGAACCGAAAAATGTCTCGCCTCTAATATAGTCAATTGAAACAAGAACAAGAGAAAAGAGCCTCGTAAAAGGTATTGCAACTTGGTAATACCTTTTTGAGGTTCTTTTTGATATAAGCCCATGTTTTCTCAATAGGATTGTACTCAGGTGAGTAGGGAGGAAGAGGTAAAAGTTTATGCCCAAACTCCTCGCATAAAAGTTCTAACTTACCCATTCTATGGAATCTTGCATTATCCATAATAATAACCGATGGTGTGGTTAATGTTGGTAAGAGAAACTTCTGAAACCAAGCTTCAAAAAAGTCGCTCGTCACCATCTCTTCGTAAGTCATTGGAGCGATTAACTCACCATTTGTTAGACCTGCAACCAAAGAAATCCTCTGATATCTTCTTCCAGATACTTTACCTCTTATTAACTGACCTTTTAATGAGCGACCATATTCTCGATAAAAATAAGTATCGAATCCTGTTTCATCAATCTAAACAGGTGCTAGGTGCTTTAAACTATTAAAATTTTTAAGAAATAAGGCTACTTTTTCTGGGTCTTGTTCATAGTAGGTGTGGTTCTTTTTTTCGAGTGTAGCCCATAGCTTTGAGCGCATAGTGGATGGTAGTTGGATGACAGGCAAATTCAGAAGCTATTTCAGTCAAATAAGCGTCTGGATTGTCAGTAAGATAGTTTTTAAGTCTATCTCTATCAACCTTTCTTGGTTTTGTTCCTTTTACTTGGTGGTTTAGCTCTCCTGTTT,CTACAGAAAAAGGAATTTCAGCGAGGCTAGCATAAGCCTTTTCACCCAAGATTTCGCCACCTGCCGCCTTGGGATTGACTGGGATGATTTTATAGCCCCGAGCCTGCATTTCCTTTGTCACTCGATTGCTGGTTGTTTCTTCACGGTCAGACAAACCCACCACAGCAAGGGTTTTACTCGTTGCGAGATACTGACGAATCACGCCATCACTTGGATTGATAAATTCTTGACTCATAGAAATCCTCCTTTTTCATCAGTATAGCACATTTTGAAAAGGTTTGCAGAATTCTACTACAAAAAAGGAGGACTAGCCCCCTTTTTATTTAGCCTCGTACCAGGTTGCTCCTTCATTCTCATCTGCGATAAGAGGAACACTGAGTTGAATGG,GTTTTGAGGTTGCAGATAGAACTGACGAAGTCAG,TTCGAAAATCTCTTCAAACCACGTCAGCTTCACCTTGCCGTAGATATGGTTACTGACTTCGTCAGTTCTATCCACAAC,TTCAAACCGCGTCAACGTCGCCTTGCCGTA,AGGAAACTAGCCGCAGGCTGCTCAAAACACTGT,AAAAGATTATACCACATTGTGTACTATTTTTGGTTCATTTTACTATA,CTTATACTCTTCGAAAATCTCTTCAAACC,ATACTCTTCGAAAATCTCTTCAAACCGCGT,AAGTCAGTAACATCTATACGGCAAGGCGACGTTGACGCGGTT,GTTGACACCTGCTGTGAATGGACCTTTAAAACACTTATATTAATTAAATCCATAAACAGATTTGGTGATTTGATAGACGACATTGGACAGTTTGCGATCTGGCAAGACAGAATGTTTGGTCAAACGGCTCAACATGGTCTTACGAATAGCCTGAAAGACTTCTGGATTTTTCTGCTGAATATAGGTCCACAATTGGCGTTTTTTTGCCAGATGCTCCGCTGTTCCAGATCGGTTGAGCAGGGTACTGGAAATCACCGTCGTGATTTCAATATGATTCAGCAGATATTCTCGCATTTTGGGATGACTCACTTGGGACAAATCAAGTTGGTCTACCAAGAGTCGATTGACCTTGAGTTGCTGGTCAATGCACTTAATCATCACTTGCTCATTGACAGACTGGTCCTCACGCCCAATCAAATAACGATAGAAATCGACAGGCAGATAGTACATGGTCTTGACCTGCTGAAGGGGCGTAAAGACAAAGAGATTATCGACATAAAAAGTATGTTCAGGCAATTAGAACTGGCTAGCACGCAACAAATCTGTCCGATAAATCAGCGAGTGCATCATGATATACTGGCCTTTGGAGAAATTTCCGACCTGGTCCCAGCCAAAAATCTGCCGAACAGGCAAGACTGAATCGTAACTCATACTCTTCTTACAAGACTGACCTTCCTTTTCATAGACAAAATTGGTCACAAAGACATCCACCTCTTGACCCTTACTCTCAAATTCCTGCAAGGTTTCAAGAATTTTCAAGTAGGCACGAGGATCCACCCAGTCATCACTGTCAACTACTTTAAAATAGCGCCCAGAAGCCTCTGCCAAGCCACGATTGACCGCACCGCCATGGCCTTTATTTTCCTGATAGATGGCTCTAACGATATTAGGATACTTGCTAGCTAAACACTCAGCGATTTCCTGAGTCTGATCCTGAGACCCGTCATTGATAATCAAAATCCCAACTTGCTCACCACCAATCACTAGCGACTCCACACAGTAATGAAGATAGGCTGCTGCATTATAGCTAGAAATGGCGATAGACAATAACTTCATAATCTGCTCCTTTAGGGGACTGATTTTTTCTTATACTCTTCGAAAATCTCTTCAA,TACTCTTCGAAAATCTCTTCAAACCAGGTCAGCTTCACCTTGCCGTATAGATGTTACTGACTT,CTATCTACAACCTCAAAACAGTGTTTTGAGCA,TGAAGGGCGTTGACGATTTTCTCTTTGTCCTTTAGAAAGGTTTTAAAGACAGTCTGAAAAAGAGGATGAACCTGCTTTAGATTGTCCTCAATGAGTCCGAAAAATTTCTCCGGTTCCTTATTCTGAAAGTGAAACAGCAAGAGTTGATAGAGCTGATAGTGATGTTTCAAGTCTTGTGAATAGCTCAAAAGCTTGTTTAAAATCTCTTTATTGGTTAAGTGCATACGAAAAGTAGGACGATAAAAATGTTTATCGCTGAGTTTACGACTATCCTGTTGTATGAGCTTCCAGTAGCGCTTGATAGC,CTGCTCAAAGCACTGCTTTGAGGTTGCCGGATAAGACTGACGAAGTCAGTAACATATACCT,TCAAAGCAGTGCTTTGAGCAGCCTGCAGCTAGCTTCCTAGTTTGCTCTTTGATTTTCAT,GAACTGACGAAGTCAGCTCAAAACACTGTTTTGAGGTTG,TTCAAACCACGTCAACGTCGCCTTGCCGTA,TAGGATTAAAAATTCCTTGGCAAATCGTAAAACGAGCTACAGGGTCTGCTAGATAGGCTTGAATACTTGCTTG,GTTGACACCTGCTGTGAATGGACCTTCACCCTTGGCTTTTTCTAGGTAGGCTGCTGGAACATCGATACTGTCTTTAACGTTGTCTGCAACGGCTTTTTGAACTGTTTCTTTAGAAATTAAACCGTTTATCTTAATAGTGACTTTTTTAGT,CTAATACTCAATGAAAATCAAAGAGCAAA,AAGGTCCATTCACAGCAGGTGTCAACCATGTGATTCCATACGAACTCTTCGCAGGTGATGGTATGTTGACTCGTCTCTTGCTCAAGGCATCTGACAAGGCACCATGGTCAGATAACGGTGACGCTAAAAACCCAGCCCTATCTCCACTAGGTGAAAACGTGAAGACCAAAGGTCAATACTTCTATCAATTAGCCTTGGACGGAAATGTAGCTGGCAAAGAAAAACAAGCGCTCATTGACCAGTTCCGAGCAAATGGTACTCAAACTTACAGCGCTACAGTCAATGTCTATGGTAACAAAGACGGTAAACCAGACTTGGACAACATCGTAGCAACTAAAAAAGTCACTATTAAGATAAA,AAGCTTCAAAATCAAAACCATCTAGCCCTTCAATATCAGTCTCTGTATAAGCAAGCAAAG,TCGTCACTGAGACTTTTTTTAATTTCTCAGTATATGGATCTTTGTATCTCTCAAAAAATTTATATTTGCCGTTTGGCAATTCTTCCATCCACATTGATTTTACCTCACTTTTTTGATAAAATGGGTATAGTAAAGAGGGCTTTTTTTATTATGAGAATTTCTTGATTACTTCTAA,ATTAATTTATAGAAATATTTTAGCAGCCAAGGTGTACTGTTATAGATTCAATACACTATACTTGGTGGTTTAGCTCTCCTGTTT,GACAAATTTCGTCCTTTCTTTTTTGAAGTTTTCAAAGTTCCTAAAACCAAAGGCATTGTGCTTGATAAGTTTGATGAGATTATTG,TTGATAAGTTTGATGAGATTATTGGTGGCTTCCAGTTTGGCGTTGGAATAAGGTAATTGAAGGGCGTTGACGATTTTCTCTT,GCGGCTAGTTTCCTAGTTTGCTCTTTGATTTTCAT,CCGCAGGCTGCTCAAAACACTGTTTTGAGGT,GTCAGTTCTATCTGCAACCTCAAAACGGTGTTTTGAGCTGACTTCGTCAGTTC,TTTGAGCTGACTTCGTCAGTTCTATCCACAAC,GCTATCAAGCGCTACTGGAAGCTCATTCAACAAGATAGTCAGAAACTGAGTGATAAACGATTTTATCGCCCTACTTTTCGTATGCACTTGACTAATAAAGAAATTCTAGATAAACTTTTGAGCTATTCCGAAGACTTGAAACACCACTATAATCTCTATCAGCTCTTGCTTTTCCACCTCTGTTTCAGACTTTGTTTAAAACCTTCCTCAAAGATAAAGAGAAAATCGTCAACGCCCTTCA,CAGTTCAATCCAGCATTTCTTCTCCTATTTGAACTTCATGACTACTATGATTCATTTTTAGATTGCCAAGGGAAATCAGCTCTGTTTCGCCCCCACGATGAAGGCGGCGCAAAATATTGTGGACACGCAAAACCAGCTCACGTGGGCTAAAAGGCTTAGCAATAAAATCATCTGCTCCCAAGCTCAGGCCGTAAATCTTGTCCTGTTCACTGGTCTTAGCAGTAATAAATAGGAAAGGCTGCTCTGGTGATAAGTATTGAACCTCACTGATTAAATCATAACCATCCATCCGAGGCATCATGACATCTGTGATAATCAAATCAATCGGTTTTTTCTTGAACAGCTCTAG,GACATTATAAATTGAAGTAATAAATAGGATGTCGTAAGTGTTACTATCAATGATTTATTTGTTTCAAGCTTGCCTAGGGTGACAGTAAAAAATCAATTTCCTTTCAATAGCATATTTTTAGTGGGCAGGACTCTTGTTCTGCCTATTTTTTTATCCAAAAAGTGCAGTTGGGAGGGAGATAGGCTCATTTGGGAAGGAAGTCCAGTTTTTGTTTAGTGATTGGGGTAAGATAGTTGTTATCAGATGAGTTTATACTCTTCGAAAATCAAATTCAAAC,TACTCTTCGAAAATCAAATTCAAACCACGTCAACGTCGCCTTGC,TCAAAACAGTGTTTTGAGCAGCCCGCGGCTAGTTTCCTAGTTTGCTCTTT,GAGCAGTGCTTAGCGTAAGCGAAGGTATGAATTGAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCGGGTAAGTTCCGACCCGCACGAAAGGCGTAATGATTTGGGCACTGTCTCAACGAGAGACTCGGTGAAATTTTAGTACCTGTGAAGATGCAGGTTACCCGCGACAGGACGGAAAGACCCCATGGAGCTTTACTGCAGTTTGATATTGAGTGTCTGTACCACATGTACAGGATAGGTAGGAGTCTAAGAGATCGGGACGCCAGTTTCGAAGGAGACGCTGTTGGGATACTACCCTTGTGTTATGGCCACTCTAACCCAGATAGGTGATCCCTATCGGAGACAGTGTCTGACGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAAGGTAACGGAGGCGCCCAAAGGTTCCCTCAGAATGGTTGGAAATCATTCGCAGAGTGTAAAGGTATAAGGGAGCTTGACTGCGAGAGCTACAACTCGAGCAGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTTCCGTATGGAAGGGCCATCGCTCAACGGATAAAAGCTACCCTGGGGATAACAGGCTTATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGTAGTCGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGATCTGCTCCTAGTACGAGAGGACCAGAGTGGACTTACCGCTGGTGTACCAGTTGTCTTGCCAAAGGCATCGCTGGGTAGCTATGTAGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAACCCACCTCAAGATGAGATTTCCCATGATTATATATCAGTAAGAGCCCTGAGAGATGATCAGGTAGATAGGTTAGAAGTGGAAGTGTGGCGACACATGTAGCGGACTAATACTAATAGCTCGAGGACTTATCCAAAGTAACTGAGAATATGAAAGCGAACGGTTTTCTTAAGTTGAATAGATATTCAATTTTGAGTAGGTATTACTCAGAGTTAAGTGACGATAGCCTAGGAGATACACCTGTACCCATGCCGAACACAGAAGTTAAGCCCTAGAACGCCGGAAGTAGTTGGGGGTTGCCCCCTGTGAGATAGGGAAGTCGCTTAGCTTTAATCCGCCATAGCTCAGTTGGTAGTAGCGCATGACTGTTAATCATGATGTCGTAGGTTCGAGTCCTACTGGCGGAGTAATTGAGTTAAGAGGTTTAGACCTCTTTTTTGTTATGTAATAATAATCTATTTTGTGTTATAGTAAAATGAACCAAAAATAGTA,GCAAGGCGACGTTGACGCGGTTTGAATTTGATTTTCGAAGAGTA,AATCCAGTTGATTCTCGTTTCAAGGATATCACGACAGGGATTGCCAAGCAGGAGTTTTCAGAGTCAGACAAGACCATTCCAAAATTGACTTTCTTTGAAAGCTATACAGCAGAAGATTTTGCTCGCTACAAGGCCGAACAAGGGATGGCCATGGAAGTGGATGATTTGCTCTTTATCCAAGACTACTTTAAGTCAATCGGGCGCGTGCCAACTGAGACTGAACTTAAGGTTTTGGACACTTACTGGTCTGACCACTGCCGTCATACGACTTTTGAGACAGAGTTGAAACACATCGACTTTTCAGCTTCTAAATTTCAAAAGCAATTGCAGTCAACCTATGACAAGTATATTGCCATGCGCGAGGAATTAGGTCGGTCTGAAAAACCACAAACCTTGATGGATATGGCGACTATTTTCGGTCGTTATGAGCGTGCTAATGGACGATTGGATGATATGGAAGTCTCTGACGAAATCAATGCCTGCTCAGTTGAAATTGAAGTGGACGTTGATGGTGTCAAGGAACCTTGGCTCCTCATGTTTAAAAACGAAACCCACAACCATCCAACAGAAATTGAGCCATTTGGTGGAGCGGCTACCTGTATTGGTGGAGCTATTCGTGATCCGTTGTCAGGCCGTTCCTATGTTTACCAAGCCATGCGTATTTCAGGTGCTGGTGATATTACAGCACCGATTTCGGAAACTCGCGCTGGGAAATTGCCACAACAAGTCATTTCTAAAACAGCAGCTCATGGTTATTCTTCATATGGTAACCAGATTGGGCTTGCCACAACCTACGTTCGTGAATACTTCCACCCAGGCTTTGTAGCTAAACGTATGGAACTTGGTGCCGTTGTTGGTGCGGCTCCCAAGGGCAATGTTGTCCGTGAAAAACCTGAAGCAGGTGATGTGATCATCCTTCTCGGAGGTAAAACAGGTCGTGATGGTGTCGGTGGTGCGACGGGCTCTTCTAAGGTTCAAACAGTTGAGTCTGTAGAGACTGCTGGTGCTGAGGTTCAAAAAGGAAATGCCATCGAAG,TTCCTAGTTTGCTCTTTGATTTTCATTGA,TCAATGAAAATCAAAGAGCAAACTAGAAAACTAGCCGCAGGCTGTACTTGAGTACGGCAAGGCGACGTTGACGCGGTT,CCGCAGGCTGCTCAAAACACTGTTTTAAGGTTGTGGATGGAACTGACGAAGTCAGCTCAAAACAC,CACAACCTCAAAACAGTGTTTTGAGCTG,AACCACGTCAACGTCGCCTTGCCGTAGGTA,AATACTCTTCGAAAATCTCTTCAAACTACGTCAACGTCGCCTTGCCGTAGGTA,GGTTTGAAGAGATTTTCGAAGAGTATCATTTCATCTCACTCTAAATCTTACCAACATAAAACGCATAGTATCAAAATTTTCATCACCTGATATGATACGTTTTTCTGATTTTAAAGATTTTTCCCAACCTCAACATGCCTAGGACAAGAGGAAGGTGACCTCGTTTAAACATATTTTTGAAAAGTATGAGCTAGATATTTTATGATAAAACAAATCCTTTGCCAGTACAACTAAAGGTGGTGAACACTTGCTAAACTCAGTTCTAGCGCCTTATTAAAAGCTTCCGAGCCCCAGTCACGACTGTCGTACTGGTCCAAGTCCGCTAGAGAATCTGCTGTGAACAACAATTCACCCCAGAGAACCCCACGCAATTGAGCTACTGCCGCAAGAGCAGAACACTCCATCTCCACAACAGCACAGCCTTCTTCCTTACGATAAGCCACCTTTTCAGCCGTTTCTCGGTAAAAACCGTCTGTCGTCCAGGTCATGACTTCTTCATAAGGAATCCCTCTGTCTTCCAAAACTTCCTCAATAGCAGCAATAGCCTCTGGCTGCATTTCCATATAACGACAAGGTGCCACATAGTGGTAACTGGCTCCCTCATCTCGCAAAGCGCGAACAGGGACTAGAAAGGCATTTTCCTCTATATCAGCTAGGACACCACAGGTCCCAGTAGAGATAATCTGCTCCACACCATAGCCAATCAACCAATCCATAAACTGGGCTGCTGGAGCGGAGCCAACAGGAGCCTGAGCCAGACAGACCTCCTCACCCTTGTAGTTGATAACATAGACTGGATAGGTCTTGGTAGCAGAAACGAATTCGCCAACACAGTTCGCCCCTACTTCCCTCGCATAGCGGTCAATCTCCTCACCTAAAAAAGCATAGACACACTTCTTTGGCAACTGCAAATCCAACCCCTCGTGATTGGGCATGATAACCGCCTGAGGATTATCATCAAACTCTAAAATGGGAATCGCATGTTTCTGAATCATAGCCTGCCTCCTCTAATTTTGTACTATTGTATCAAAAACTGACAAAGTGTCAAGGAGGAAACTGATGAACTGGACAAAAAACAAGCCTACATCGTCAGCTGCCACAGTGGTTTGCGCAGCTATATCGCAGAGCCTATCCTCAAGCAAGCAGGATTTACCGCCCAAAACCTTGACGGCGCTTATTCACTATACAAAATGGTTAACCCAGAAGGAGTAGAATATGGAAACTAGTATCAGCATGGCTGACTTTTATGGAAAATACCAAAATGAAAATCTAGAACTTATCGATGTCCGTGAAGCACATGAATTCCAAGCAGGACATGCACCAGGTGCCAAAAATCTTCCATTAAGTACCTTAGAGCAAGGCTACAAAGAACTCAAACCTGACCATGAATACTATGTCATTTGTCAAGGAGGAGTCCGCTCTGCATCTACCTGCCAGTTTCTCAGCTCCCAAGGCCTCACCGTTACCAACGTAGAAGGTGGTATGAATGCTTGGCCCGGTCAAGTAGAATAATCAAGAGGAGTTGGGCAAAAACTCAATTTCAGGAAAAGATGAAGTAATACTCAATGAAAATCAAAGTGCAAACTAGGAAGTTAGCCGCAGGCTGCTCAAAACACTGT,ATTTGCGCAAGAAAGACTGACTCGATCCATGTATGATTTCTATGCTATTCAAGCTGAACTCATCAAGGTAGAGGAAAATGTTGCCACTATATTT,TCAAAGCAGTGCTTTGAGCAGCCTGCGGCTAGTTTCCT,GTTTGAATTTGATTTTCGAAGAGTATTAACTTCACACAAGGGAAGTTGGGAACTGAGAAATGTTATTTCTCAATAAGCACTATTCTTTCACACCACCGATAGTCAAACCTTTTACAAAGTAGCGTTGGAAGAATGGATACAAAATCGCGATTGGAAGGGTTGCAACCACAACCATGGCCATACGACCTGTTTCTTTCGGTAGAGCAACTCCCAGTTGACCAGTCAAGCCGACCGCTTTGGCAATGTAGTCCATATTTTGTTGGATTTGCATGAGCAAATATTGCAATGGATACAAGTTGTCACTCTTGATATAAAGAAGGGCGTTGAACCAGTCATTCCAGAAACCAAGAGCTGTCAAAAGCGTGATGGTTGCGATACCTGGTAGTGACAATGGCAAACAGATTTGGAAGAAAATCCGGGCCTCACTGGCACCATCGATACGAGCCGATTCGAGAATGGCTTCTGGAATGGTCTTCTTGAAGAAGGAACGCATCAAGATGATGTTAAAGGGGGAGAGAAGCATTGGCACAATCAAGGCCCAAACAGTGTCACCAAGCTGAAGTACACGGGTCACCATGATATAACCTGGTACCAAACCAGCGTTGAACAACATACTGAGAAGGACGAAGATGGTAAAAAATCTGCGATACTTAAAGGTTGTCCGTGAAATAGCGTAGGCATAGGTTGTTGTGATAAAGACATTTGTCAATGTCCCAACTACGGTTACAAAGACAGAGATGAAGAGGGCTTGTAGGATTTTATCCTTAAACTGTGCCAAAAACTCAAAACCGTCTAAGCCAAATTGGGATGGGAAGAAGCTATAGCCGTATTGGAGGAGGCTTTTCTCGTCTGTCACTGAAATAATGATAACGAATACAAAAGGTAGGATACAAGAGAGGGCAATCAAACCCGAAATGATACTGAAGAAGATATCTGCTTTCTTACTGAAGGAGTGAATGCCGACATTATCAATTTTTTCTTTTTTAATTTTCTTTTTTGCCATATTCTCCTCCTTTCTAGAACAAAGCTGAGTTTGGATCGACTCGTCTTGCAAGCAAGTTTGATAGGATAACCAGAATCAAACCAACAACGGATTGGTAAAGACCGGCTGCTGCAGCCATACCGATATCTGCTGTCTGAGTCAAACCATTAAAGACATATACATCCAAAACGTTGGTTACATTGTAAAGCTGACCAGCATTGTGTGGGATTTGATAGAAGAGACCGAAGTCTGCGCGGAAGATATTTCCGACTGCAAGGATGGTCAATACAGTTACAAGCGGAGTCAACTGAGGAATGGTTACGTTGCGAATACGTTGCCACTTGCTAGCTCCGTCCACTGTCGCTGCTTCGTAGTAGGTTGGATCAATTCCCATGATCGTCGCATAGTACATGACACTGCTATATCCAAAGCCTTTCCAAATACCTAGGAAAAGTAGGAGATAGGGCCAGATGCCCAGGTCAGCGTAGAAATTGACTTCTTTGAGACCAAGACTTTCCAATAGATGATTGAACACCCCTTTATCAATATTTAGGAAGGCATCTGTAAAGAAACTGATGATAACCCAAGACAAGAAGTAAGGGAACAACATAGAAGTTTGAAAAATCTTCACCATTCTCTTAGAACGGAGCTCGCTGAGGATAATGGCAATCCCTACAGATACAACTAAACCTAGAAAGATAAAGCCAAGATTGTAGAGGACAGTATTTCGTGTGATAATAAAGGCGTCTCTTGAACTAAATAAGAATCTGAAATTATCGAGTCCGACCCATTTACTATTTATGATACTATCTATGAAACCATTACTGGTCATGTGGTAGTCTTTGAAGGCAACCACGTTCCCAAATACTGGAATGTAAAAGAATAGAATCAACCAGAGTGCCCCTGGCAAAACCATCAAGAGAAAGATCCAGTTGTCTCTCAATGTTTTTGAAAACTTTTTCATAATTTCCTCCCTTTTTATTTTGATATCCATCTAAAAATTCTTTTTTAGACTTTTGATAACGATTACATTATTAGTATACTCCTATTTGCAGGTTAGGTTAAACTCCTAATTATAGAAAAAACTCCACAAATTATGTAGCAGATTTAAAACTTTATCACCACTATCAAACAAATGTCCTAAATCAATTGTTTATTTTATCTCTATTAGCCCAGTGATGGCGTCACTCTGTTATAAGCATCCAACAACGGGGTATACTGAAAAATCTCCAGACTAGGGAACTCAGCGATAGTTCCTAATCTGGAGATTTTTAATATGTTATTAGGCGTTTGCTTTCAACTTAGCAATAACCTCTTTAAGATTATCAATCACCTCTGCTTCAGTATGCTCAGAGCCTTTTTCATCTGCCAAGAACAAAACTGCTTTTTGAAGTTCTTTTTGAGAGTTTTCAAGGACATCCTTATCTACTGTTTCAAGGTTTGAGTCTTTAAGAAGTTTACTTAATTCCTTGGCTAATTTCTTGAGTTTGATTTGCAGACTCATCTTCTCCTGCTGTTTCTTTGCCCGCTGTTTGTCCTCCATCCTTAGTTGCTGACTGGCTTTCCTTAATGGACTCTAGGGAAGCAATGGCATCTTTGACTGTTTGCAAGATATCACGTAAACCTTGCTCTGTCAAACTATCATCTGCAAAAGCTTTCTTAGCCTCTGCCAAAACCAGACGTGCTGAATCTGTGGTAGGATTCGATACACCTGTCAATGATCTCAAAAGATTTTCTAAGGTTTGAGTCTGCTTACTAATACTAGACTAAAATCAAAAAGCATTATATAACAGTGATATGAAATCAACTAAAGAAGAAATCCAAACCATCAAAACACTTTTAAAAGACTCTCGTACAGCTAAATATCATAAACGCCTTCAAATCGTTCTATTTCGTCTGATGGGCAAATCTTATAAAGAGATTATAGAGCTTTTATAGTGATTTGAAATAAGATGTGAACAACTCTATCAGGAAAGTCAAATT,TAGTACACAATGTGGTATAATCTTTTATGGAATATTCAATAGATTTTCGTAAAAAAG,CCTTGCCGTATAGATGTTACTGACTTCGTCAGTTCTATC,TTGAGCAGCCTGCGGCTAGTTTCCTAGTTTGCTCTTT,AGGTATATGTTACTGACTTCGTCAGTTCTATC,GCAAGGCGACGTTGACGCGGTTTGAAGAGATTTTCGAA,CTGCTAAAATATTTCTATAAATTAATTTGACTTTCCTGATAGAGTTGTT,GATATGATGGACAACATAGTCCCCTTTTTCAAGTTCATTGTAATCTTTTAATCTCTCTGCATTTGAAACATGTTGTCTTCGAAAACGACGCTTTAATTTCTTTTGAAAAATCTCATGTTCAGTTATCAATAAAATCTTTTCATCTACAAAATGAAAACCATGTCTGAGATTACCCTCTATTAAGTTTACAGATTCTTTACAGATATTTGTCTTATCTCTAGAATCCAATTTAATCTGATATTCCTCTAACATATCCTCCAATGTTTTACTTCCCATTGAATTGCTAGACTGCAGAATAATGGTGTAATCCATTTTTTTATATCGTTCAATTTCTTCTTTTAGAAAAGAAAACTGATTGAAAAATTCCTGCATAGGATATTGATTGAATTGATAAATTTTGTCAAATTTGAGATTTCCTAAACCCTTTTGAAGATTAGAGAAAAAGGTCACTGGACTTTGTTTTTTATAGATTTGTTCAATATCAGAAAAATACTGCATATCAGAAAATGCTTTACTATTCTGTAATTCTTCTGTAAAGTACTGCGCTAAGTCTCTTTCAAAGACTTCATACTGATTCATCAATTTTTGATAATCATCAAAGAATATTGGGGTATCTTTTTCAATATAATCAAAGACAGTCCATGTCTTATCATAGCACAAAGATAAAAACTTCCGAGAGTCTGCATGACTTTGTTTTTGGTGAAAACTTGAAAGAATTTCTTCTAGGTATGATTTCAAAATAGGTGATAAAGTTTTTGAAATTTGTTTTTCTAAAGCTGACTGTCCTCGTTGATAATCCTTTTCTCTCAAAAGCATATCACTAGCTGGAAAGATAGTGAGTTCTGTCTTATTTTCTTTCGATAATTGTGTTTCTACTTCAAATGACCTGATACCATCAATTTCATCACCAAAAAACTCAATTCGACAAGGTTCTAACTGGGATATTTCAAAAATATCTAAAATATCTCCTCGAAGACTAAATTCGCCCTGAGTTTGTACTTGAGTAACTTTTCGATAGCCATTTTCCTTTAACTGATGGATAAACGCGTGTTGATCATATTCTTCACCAACTGAGATTTTTACAATACTATCTTTGAATGCATTGGGAGACGGTAAAATCAATCGACTTGCTACGATATTACAAACTAAAATCCCTTTCTTAGATGAATCAGTCAAAAAACGCAAGGCTTCAACCCGTGAAATAATTTTTTCCTGTGAAGACATCAAAAACTCCACCATAGGAGCATCATCTACCAAAAATGGATAGACGAGTTCCTCACCCAAGATAGATATAAGATCACTAACAAGTCCTTCTGCTTCTCCATAAGTTGACGTCAATAACACAATCCTATCTTCTTTTTCTAAACTGCTTGCAATTGCAAGAGCCTTAGTAGATGTTGATAAACCAAGTATTAGTTGTCTTTTCTTATCTGTTAAATTTTGATGCCATTTTTTAATCTGATCATTTTCTGAGAATAAATCTAATAAGGTCACCATTTATCCGTTATACCTCTGCATTGTTTTCTCAAAATTTTTCTCTTGTAAATAGTAGTTTACAGAATCGTCAACTTTGTCAATAGACTGTAAAATACCGATATAATCATCCCTGTCAAACTTACTCAAAACATGATGAACAACTGACATACCATTTTTAGGTCTTCCAATTCCAATCTTAACACGGTTAAAGACCTGAGTTCCTATATGTTGAATAATAGACTTGATACCATTATGACCACCTGCTGAGCCTTTTGCTCTTAAACGAATTTTCCCAACTTCCATGTCAAGATCATCGTAAATGATAAGTAAATCGTCAATATCCAAACCATAGTAAGTTAATAAAGCATGAACTGCTTTTCCACTTTCATTCATAAAGGTCGTTGGTTTAACCAGATAAATTTTTTCTCCATTTAGGAAAAAGGATGCTAGGTCAGCTTGAAATATCTTATCGTGTGTAAAAGTGACATTCTGTTTCTTCGCTAGTTGATCAATCAACATAAAACCAACATTGTGTTTTGTTTCAAAATATTTATCCCCTGGATTTCCCAAGCCTACAAGCAATATG,TGCTCTTTGATTTTCATTGAGTATAAGATCATTACATTGTTTATAAGTTTAAAAATAAAAAAAGGAGTTTTTATCATGAAAAACTGGAAAAAATATGCTTCTGCATCTGCTAGTGTAGTCGCTTTGGCTGCAGGTCTTGCTGCTTGTGGAAATTTGACAGGTAACAGCAAAAAAGCTGCTGATTCAGGTGACAAACCTGTTATAAAAATGTACCAAATCGGTGACAAACCAGATAACTTGGATGAATTGTTAGCAAATGCCAACAAAATCATCGAAGAAAAAGTTGGTGCCAAATTGGATATCCAATACCTTGGCTGGGGTGACTATGGTAAGAAAATGTCAGTTATCACATCATCTGGTGAAAACTATGATATTGCCTTTGCAGATAACTATATTGTAAATGCTCAAAAAGGTGCTTACGCTGACTTGACAGAATTGTACAAAAAAGAAGGTAAAGACCTTTACAAAGCACTTGACCCAGCTTACATCAAGGGTAATACTGTAAATGGTAAGATTTACGCTGTTCCAGTTGCAGCCAACGTTGCATCATCTCAAAACTTTGCCTTCAACGGAACTCTCCTTGCTAAATATGGTATCGATATTTCAGGTGTTACTTCTTACGAAACTCTTGAGCCAGTCTTGAAACAAATCAAAGAAAAAGCTCCAGACGTAGTACCATTTGCTATTGGTAAAGTTTTCATCCCATCTGATAACTTTGACTACCCAGTAGCAAACGGTCTTCCATTCGTTATCGACCTTGAAGGCGATACTACTAAAGTTGTAAACCGTTACGAAGTGCCTCGTTTCAAAGAACACTTGAAGACTCTTCACAAATTCTATGAAGCTGGCTACATTCCAAAAGACGTCGCAACAAGCGATACTTCCTTTGACCTTCAACAAGATACTTGGTTCGTTCGTGAAGAAACAGTAGGACCAGCTGACTACGGTAACAGCTTGCTTTCACGTGTTGCCAACAAAGATATCCAAATCAAACCAATTACTAACTTCATCAAGAAAAACCAAACAACACAAGTTGCTAACTTTGTCATCTCAAACAACTCTAAGAACAAAGAAAAATCAATGGAAATCTTGAACCTCTTGAATACGAATCCAGAACTCTTGAACGGTCTTGTTTACGGTCCAGAAGGCAAGAACTGGGAAAAAATTGAAGGTAAAGAAAACCGTGTTCGCGTTCTTGATGGCTACAAAGGAAACACTCACATGGGTGGATGGAACACTGGTAACAACTGGATCCTTTACATCAACGAAAACGTTACAGACCAACAAATCGAAAATTCTAAGAAAGAATTGGCAGAAGCTAAAGAATCTCCAGCGCTTGGATTTATCTTCAATACTGACAATGTGAAATCTGAAATCTCAGCTATTGCTAACACAATGCAACAATTTGATACAGCTATCAACACTGGTACTGTAGACCCAGATAAAGCGATTCCAGAATTGATGGAAAAATTGAAATCTGAAGGTGCCTACGAAAAAGTATTGAACGAAATGCAAAAACAATACGATGAATTCTTGAAAAACAAAAAATAATCAGCTAAATTGATTTCGTGTATTCATTCCTAACTCCTAAAATAAGAATCACTGCTTTCCTCAGGTTGGTCTGGGGAGGGCAGTGGTTTTTTTGGCACAAGGATATAGATATCCATGTTTTCTCTTGTCCTTATTTTAACCATTCAGGAAATTTCGAGAACCCTCTACAATTTCCAGTCAAATAAATTGCATTCGTTTTCTCAAGCAGGTATACTAGTGTAGATAAATAAAAAATTTAGAAAATTTAAGAATAGAAAAGAGAACAAATCTTATGGCAAAAGATATTCGTGTCTTACTTTACTACCTTTATACTCCAATTGAAAATGCAGAGCAATTTGCTGCAGACCACTTGGCTTTCTGTAAATCAATCGGCCTTAAAGGCCGTATCCTAGTCGCTGACGAGGGAATTAACGGAACAGTTTCAGGTGACTATGAAACAACTCAAAAATACATGGACTACGTTCACAGCCTTCCAGGAATGGAAGAACTCTGGTTCAAGATTGACGAAGAAAATGAACAAGCCTTCAAGAAGATGTTTGTTCGCTACAAGAAAGAAATTGTCCACCTTGGTTTGGAAGACAACGACTTTGACAATGACATCAACCCACTTGAAACAACAGGTGCTTACTTGTCTCCAAAAGAGTTCAAAGAAGCGCTTCTTGATAAAGATACCGTTGTCCTTGACACACGTAACGATTATGAGTACGACCTAGGACATTTCCGTGGAGCTATTCGCCCAGATATTCGCAACTTCCGTGAGTTACCACAATGGGTCCGTGATAACAAGGAAAAATTCATGGACAAGCGTGTCGTGGTTTACTGTACAGGTGGCGTTCGCTGTGAGAAATTCTCAGGCTGGATGGTCCGTGAAGGCTACAAAGATGTTGGCCAATTGCACGGAGGAATCGCAACTTACGGTAAAGACCCAGAAGTTCAAGGTGAGCTTTGGGATGGAAAAATGTACGTATTTGACGAGCGTATCGCCGTTGATGTCAACCATGTCAACCCAACCATCGTAGGGAAAGACTGGTTTGATGGAACACCATGTGAACGTTATGTCAACTGTGGAAATCCCTTCTGTAACCGTCGTATCTTGACATCAGAAGAAAATGAAGACAAGTACCTTCGTGGATGCTCACACGAGTGCCGTGTTCACCCACGTAACCGCTATGTTTCAAAAAATGAATTGACACAAGCTGAAGTGATTGAGCGCCTAGCCGCTATCGGTGAAAGCTTGGATCAGGCAGCTACTGTATAAGATCAAACAGTCCTTAGGGGCTGTTTTTCTATGCTTTGTACTCAAAAATCTAATACTCAATGAAAATCAAAGAGC,ATTAATTTATAGAAATATTTTAGCAGTCAAGGTGTACTATTATAGATTCAATATACTATATTATAGCACATTTTTAAATCTAGGTTTACTAGATTCTCTGGCTCTATCTATTTGTTCGGAAAAAGTTTGAAAAATACTTGCTCTAGCTCTTCCCAATGGTATTTTTTGATTCTTTCCTTTATAATGGGTGTATGGATAAGAAAAAATTATTATTGATTGATGGGTCTTCTGTAGCTTTTCGGGCGTTTTTTGCGCTGTATCAGCAGTTGGACCGTTTTAAGAATGCGGCTGGTTTGCATACCAATGCGATTTATGGTTTTCAGTTGATGTTGAGTCATTTGTTGGAGCGGGTTGAGCCGAGTCATATTTTGGTGGCTTTTGATGCGGGAAAGACGACCTTCCGGACAGAGATGTATGCGGACTATAAGGGTGGTCGGGCCAAGACTCCTGATGAGTTTCGTGAGCAATTTCCTTTCATTCGTGAGTTGCTGGATCATATGGGGATTCGTCACTATGAGCTCGCTCAGTATGAGGCGGATGACATCATTGGGACGCTGGATAAGCTAGCAGAGCAGGATGGTTTTGATATTACCATTGTCAGTGGGGACAAGGATTTGATTCAGCTGACGGATGAGCATACGGTGGTTGAAATTTCCAAGAAAGGTGTGGCTGAGTTTGAGGCCTTTACGCCAGATTACCTCATGGAAGAAATGGGCCTCACACCAGCTCAGTTTATCGATCTCAAGGCGCTCATGGGTGATAAGTCGGATAATATCCCTGGGGTGACCAAAGTCGGTGAAAAGACGGGTATTAAGCTCTTGCTGGAGCATGGTTCGCTTGAGGGGATTTATGAAAATATTGATGGAATGAAGACTTCTAAGATGAAGGAAAATCTCATCAATGACAAGGAACAGGCCTTTTTGTCTAAAACACTAGCGACCATTGATACCAAGGCACCGATTGCGATTGGTTTAGAGGACTTGGTCTATAGTGGTCCAGATGTTGAAAATCTTGGGAAATTTTACGATGAGATGGGATTCAAACAGCTCAAGCAGGCTTTAAATATGTCGTCAGCTGATGTGGCTGAGGGTTTGGATTTTACTATTGTTGACCAAATCAGTCAAGATATGCTGAGTGAAGAGTCTATCTTCCACTTTGAGCTTTTTGGTGAGAATTACCATACAGATAATTTGGTTGGATTTGCCTGGTCTTGTGGGGATCAGCTCTATGCCACAGACAAGCTTGAGCTGTTGCAAGACCCGATTTTCAAGGATTTCTTAGAAAAAACATCTCTGAGAGTTTATGACTTTAAGAAGGTTAAAGTTCTTTTGCAACGTTTTGGTGTAGATTTGCAGGCGCCTGCTTTTGACATCCGTTTGGCTAAATACCTCCTTTCGACTGTGGAGGACAATGAAATTGCGACCATCGCTAGTCTTTATGGTCAGACTTACTTGGTTGATGATGAAACTTTCTACGGTAAGGGTGTTAAAAAGGCCATTCCTGAACGTGAGAAATTCTTGGAACACTTAGCTTGTAAACTTGCTGTTTTGGTAGAAACAGAGCCTATTTTACTTGAAAAACTCAGCGAAAATGGGCAATTAGAGCTTCTTTATGATATGGAGCAACCTCTGGCTTTTGTCCTTGCCAAGATGGAAATTGCTGGAATTATGGTTAAGAAAGAGACCTTGCTTGAGATGCAGGCTGAAAATGAGCTTGTCATTGAAAAACTGTCTCAAGAGATTTACGAGCTGGCTGGTGAGGAGTTTAATGTCAACTCGCCTAAGCAGTTGGGCGTGCTTCTCTTTGAGAAATTGGGACTTCCTCTAGAATACACTAAGAAAACCAAGACAGGTTATTCGACAGCAGTGGATGTTTTGGAGCGTCTCGCTCCTATTGCTCCGATTGTTAAGAAAATCCTGGATTACCGTCAAATTGCTAAGATTCAATCTACTTATGTAATTGGCTTGCAGGACTGGATTTTGGCTGATGGAAAGATTCATACTCGCTATTTGCAGGATTTGACCCAGACCGGGCGTTTGTCTAGTGTGGATCCAAACTTGCAAAATATTCCTGCCCGATTGGAACAGGGGCGCTTGATTCGGAAGGCTTTTGTGCCAGAGTGGGAGGATAGTGTGCTACTCAGCTCTGACTATTCACAGATTGAATTGCGCGTTTTGGCGCATATTTCTAAGGATGAGCACTTGATTAAGGCCTTCCAAGAGGGGGCAGATATCCATACTTCGACAGCCATGCGGGTCTTTGGCATTGAGCGTCCTGATAATGTGACTGCAAATGACCGTCGTAATGCCAAGGCAGTTAACTTTGGAGTGGTTTATGGGATTTCAGACTTTGGCTTGTCTAATAATTTGGGAATTAGTCGTAAGGAAGCCAAAGCCTACATTGATACCTACTTTGAACGTTTTCCAGGTATTAAAAACTACATGGATGAAGTGGTGCGGGAGGCGCGTGATAAGGGCTATGTAGAGACCCTCTTTAAGCGTCGCCGTGAGTTGCCAGATATCAATTCGCGCAACTTCAATATTCGTGGTTTTGCGGAGCGAACTGCTATCAACTCACCTATCCAGGGTTCGGCAGCAGATATTCTCAAGATTGCCATGATTCAGCTGGATAAAGCCTTGGTTGCAGGTGGTTATCAGACTAAGATGCTGTTACAAGTGCACGATGAAATCGTCCTTGAAGTGCCTAAATCTGAATTGGTAGAGATGAAAAAATTGGTGAAACAAACCATGGAAGAAGCCATTCAACTCAGTGTTCCTCTTATC,TTGAGCAGCCTGCGGCTAGTTTCCTACAGATTTTAGTTGGAACTCGATTCAATTCATGTGACAACGTGAAAATCGTTAGAGCATTTTATATAGAATATACATGGGAATGTAGCTTACTCCCATTCCCATATTTAATAGAAAAAGAGGAACTCAATGCTACATTATACAAAAGAAGACTTGCTCGAATTGGGTGCAGAAATCACTACGCGTGAAATCTACCAACAGCCTGATGTATGGAGAGAAGCTTTTGAATTTTATCAAGCAAAACGTGAAGAAATTGCAGCCTTCCTACAAGAAATCGCTGATAAACATGACTATATTAAGGTTATCTTGACAGGTGCTGGGACTTCTGCTTATGTGGGAGATACCTTGCTACCTTATTTTAAGGAAGTCTATGACGAACGCAAATGGAATTTCAATGCTATTGCGACAACAGATATCGTTGCCAATCCAGCAACCTATTTGAAAAAAGATGTGGCAACTGTCCTTGTGTCTTTTGCTCGTAGTGGGAATTCGCCTGAAAGTTTGGCGACTGTTGATTTGGCCAAATCCTTGGTGGATGAGCTTTATCAAGTGACGATTACTTGTGCAGCAGATGGTAAATTGGCTCTTCAAGCTCACGGTGATGATCGTAATCTCTTGCTCTTGCAACCAGCTGTCTCTAATGATGCTGGATTTGCCATGACTTCTAGCTTTACGTCTATGATGTTGACAACTCTCTTGGTCTTTGATCCTACAGAATTTGCTGTTAAGTCTGAACGTTTTGAAGTTGTATCTAGTCTTGCCCGTAAAGTTTTAGACAAGGCAGAAGATGTCAAAGAGCTCGTTGATTTAGACTTTAACCGTGTCATCTATCTAGGCGCTGGTCCTTTCTTTGGACTTGCTCATGAAGCTCAGCTCAAGATTTTGGAATTAACTGCTGGTCAAGTTGCGACCATGTATGAAAGCCCAGTTGGCTTCCGTCACGGTCCAAAATCTCTTATCAACGACAATACAGTTGTTTTGGTCTTTGGTACAACGACAGACTACACTCGTAAGTACGACTTGGACTTGGTTCGTGAAGTTGCTGGTGACCAGATTGCTCGTCGTGTTGTGCTTTTGAGTGATCAAGCTTTTGGTCTTGAAAATGTCAAAGAAGTGGCCCTTGGTTGTGGCGGTGTCTTGAATGATATTTACCGTGTCTTCCCTTACATCGTTTATGCCCAACTCTTTGCTTTATTGACTTCACTCAAGGTAGAAAATAAACCAGATACACCGTCTCCTACAGGTACAGTAAACCGTGTAGTACAAGGTGTCATAATTCACGAATATCAAAAGTAAGACAGTGTTTATGAATTCTTGACAAGAGGATTTGTAAATTATCAGATAAACCATAGATTGTCAGTACGCTTTCTATGGTTTGTTTGCTTGAGAGAAATAGTAAAAGGAGAACAGAATGAAAGCATACACAGAGCGTGTATTTGGAAATGTTGAGGGTGAGGATGTCTTGGCCTATCGATTTGAGACAGACGGTGGCTACCAACTTGAGGTTATGACTTATGGTGCGACTATCTTGCGCTATGTCGCACCTGACAAGGCTGGAAATTTTGCCAATGTTATCTTGGGATTTGATGACTTTGATAGTTATGTAGGCAATAGTCCCAAGCATGGAGCAAGTGTAGGTCCTGTAGCGGGTCGTATTGCAGGTGCGACCTTTGAGCTCAATGGTAAGACCTATGACCTTGAGGTTAATAATGCTAGCAACTGTAATCACAGTGGTTCAACTGGTTGGGATTCCAGCTTGTTTGAAGTTGAAGAAGTAAGCGATCATGGCTTGACTCTCTACACAGAGCGTACAGATGGGACAGGAGGGTTCCCTGGAAATCTCAAGATTTGGATCAGTTATCACTTGGAAGAAACTGGTGCCTATGAAATCAGCTACAAGGTAACGACCGATCAGGATACGCTGGTCAATCCAACCAACCACAGCTATTTCAACTTGTCTGGTGATTTCACGCAGACGATTGACCGTCATGTCTTCCAACTAAACACAGAGGGCATTTACTCAATCGCTCCTGACGGTGTTCCTGCCAAAACTCCAGAAGCCAACCGTGATGTGGTCAAACACGTCTACAATGGTACCTTGTTGAAGGATATCTTTGCAGAAGAAGATGAGCAAATCCAGCTGGCATCAGGTTTGGATCATCCATTTGCCCTTCCTGCAGGCCATGACAATGCTGGATTCCTTTATGACCAAAATTCAGGTCGCTTCCTGCTTTTCAAGACAGAAGCTCCTTGCTTTGTGGTCTACACAGCAAACTTTGTGGATGAAAGTGTCATCATAGGAGGTCAGCCAATGCTACAGCACAATGGGATTGCTCTTGAAGCGCAAGCTTTACCAGATGCCATTCACAGTGACCTTAAAGGCCAAGTCATTCTTAAAGCTGGTCAAACCTTCACCAGTAAGACACGTTATGAACTTGTTGTGAAATAAAAAAAGCTGGTCAAAAAGTCTTTAAAATTAAAATAACGCATATTGTCAGGTGATGAAAAGTTTGATAATATGCGTTTTATTATGAAATGATTTACTTTATATTATCCTGAAATGGTGTTATTTTTGAGTTATCTGGCTTGACTTTCTTGATGGAAATTATATAATAGTTGTAACAATAATAATTACAACTAGAAAAGAGGACCATTTATGACCTATGAATACAAGAGTCACATTTATTTGGCAGAGACAGCTTTAAATGTAAAGGATTTGGCCAGTCAAACAGCCTTTTATCAGCAAGTTATTGGTTTAGAAATCTTATCTCAAACTGAGACAGAGTCCATTCTAGGCCTTGGTGGAAAAGTCTTGGTACAGCTGATTCAAGCACAAGAGAGCGGAGAAGTGAGGGAATATTATGGTCTTTACCATTTGGCCATTCTCTTGCCCACACGCAAGGCTTTAGCTGATGTCTTGAAACACCTGACAGATTTACAAATTCCTCTTGTCGGCGGTGCAGACCATGGTTACAGTGAAGCTATTTACTTGGAAGATTTGGAGGGAAATGGCATTGAACTCTATCGAGATAAGCCAGTTTCCACATGGGATATTCGAGAAGATGGACGCATTATCGGAGTGACGGAGGCTCTTGCGGCGCAGGACATTTATGAGTTGGGGGAAAGAGTAGAGCCCTTTATCCTGGCAGAAGGTACAAGAATGGGGCATATTCATCTTTCCGTCAAGGATAGTCGAAAGTCCAGCCAGTTTTATCAAAAGGTGTTAGGGCTAGAGAATAAATTCAGTGTGCCTGGCGCTAGTTGGATTGCGGCTGGAGATTACCATCATCATTTAGCAGTTAACGAATGGGGAGGAAAAGGTCTGGCTTCGCGTAAGCAAGGCTTACCAGGTTTAGCCTACTATGTCATCGAAGTCGCACATAAAAAAGAACTGTTAACGATTGCCCAACGAGCACAAGAAGTTGACGCACCAATCAAATGGATGACATCGATCCAATTGGACATCACAG,AAGAAGAAAACTCCCCAAGCAAGAAATCAAGCTGCGATTTTACTTCAGGAAAAGATAAAACAAAAGTTAGGAGAAAAACAACATTCTGTTTCTAATATAACTTTTGAAAAACTATATGAAGAATTTGAGGAGAATTGGAAACACGGCGTAAAAAACTCAACCGTCTACGCTTCAAAGAATGTAAAAAAAGAGATTTTAAAGCAGATAGAGGGCGACTACCTAGTTAGAAATTTGATAGACGTTTATTACAAAAAGTAATAGATCAACTATTACAAGATGGGAGATCTCATAACTATGTTTCTAAAATCAAATTCAAGCTCAATCAGATAATGAAATTTGCTATCAGAATGAATTATATTGATACAAATGAAATGCTATTTGTTGAAACGCCTAGAAAAGTAATTACATCCGACGAACTCAGAAAGAAAAATACAAAATACTTAGACCAAAAAGAGTTTAAGTTATTCATCCAAAATTTAAAAGACGAGGCCCTATGTGATTATCGAATTACAAAGTATATCCGAATAGCTAAAGTTCTTTTTCTTACTGGCATGAGGTATGGAGAGCTGGCAGCCTTAAACTACAAGGAAGATATAGATTTTTCTAAAAAGACTATTCACATCAAGCATACATACGATTTCAGACAAAAAGAGAGAACTACACCAAAGACAATCAAGTCCGATAGGGTTATAACAGCACCTCAAAAAGTGTTAGATATTATCAAAGAGCAAATAATAGAGAATGCGACAAATGGATTTGATACAGATTTTATTTTCATCAATACTCTAGGAGAACCAATAACAAATGCCAGGGTTATTTGTGCATTGAAAAGACATGGTCAAAAAATCGGCATAGAAAAAAACATAACTACACATACATTTAGACATTCTCACATATCCCTACTTGCTGAGCTGGGCATTCCCTTGACTGCCATCATGGACAGAGTAGGGCATAGTGACTCAAAGACCACACTAGAGATTTATTCTCACGTTACTCAAAAAATGGTATCAGACATATCTAGCAAGTTAGACAAGATAAAATTTTAAATTGTGCCCCTCGTCTGCCCCTTTTTCTTATACAAGACAAACAAAAACCCCTTAAAGTGTTGATTTTAAAGGGTTTTTAAAGTGCACGAAAAAAGAGCACACAATTCAAATCGCTTAGGGCTGCTGGATTCCTCCCCTGACCCGCTTCACGCAGAACTGTTGCTCCACTATTTATTATATCACATTCCTATTCATTTTAAAAGCAAAATTATTTTTTCCGTCTATTTCTAAAAAAATCCTGCATGATAGCTGCGCATTCATCTTCCAAAATTCCTATTTCAACCTCCACACGATGATTGAGACGCTCATCTGTCAAGATATCGTACAAACTCCCAGCAGCGCCAAATTTCTGGTTTTTAGCCCCATAGACCACATTTGGAATGCGGGCAAGCCCAATCGCCCCACTACACATGACACAAGGTTCAATGGTCACAAAAAGTGTGCAATCCAGCAAGCGCCAGCTCTCCTCACTCAAGTTCGCATCCTCTATAGCCATAATTTCCGCATGCATAACCGCTCGCTGTAATTCCTCACGCGCATTATGCCCACGACCAATGATTTCCCCATCTTTGACAATCACACAACCAATTGGAATTTCATCGTGTTCAAGAGCAATCTCAGCCTCTCTCAAAGCCTCCCTCATAAAGACTTCTTTTTCTTCAAGCGTATAATACATCTCTTTTCTCTTTTCCTACTTATCGATTTTATTATTATATCATGAATCCCAACACAAAAGAAGCCACCGAATGCGGTGACTCTATAGGGAGATTATTATGAAAAAGAAAAGTTTAGGATATTTGTTACAACAAGTTAGGAGGTCTTCTTGTAACTGTCTATAGTATACCCGACCTATCTTAAACAAATCTTAAAAATCTCTTAGGACCAAACACTTTCTAAAATATTTGTTTGTTCACGACCAGGACCTACTGAGAAAGTAGAAATACGAACGCCAACCAATTCACTCACACGACGAACATAGTTACGCGCATTCTCAGGAAGATCTTCCAAATTGCGAACTCCGGTAATATCTTCTGACCAACCTGGCAACTCTTCATAGATAGGCTTGCAACGTTTCAATTGCTCAAGACTAGCTGGATAGTAGTCAATACGTTGACCGTCAAGATCATAGGCCACACAGATTTTCACAGTATCCAAACCGCTCAAAACATCAATAGAGTTCAAAGAAAGGTTAGTAATACCAGAAACACGACGGCTATGACGCATCACAACTGAGTCAAACCAACCTACACGACGTGGACGACCAGTTGTTGTACCATATTCATGACCCACTTCACGGATACGTTCTCCCACTTCATCAAACAACTCAGTTGGGAAAGGACCATCTCCTACACGACTCGTATAAGCTTTACATACACCTACAACCTTGTCAATCTTGCTTGGACCGACACCAGAACCAATTGTCACACCACCAGCTACAGGGTTTGATGACGTAACAAATGGATAAGTACCTTGGTCGATATCTAGCATAACACCTTGTGCACCTTCAAAAAGCACACGTTTGCCATTATCAAGCGCATCATTCAAGATAACAGATGTATCTATCACGTATTTCTTGATTTGTTGACCATATTCGTAATATTCTTCAAAAATATCATCGAAAACAATCGCTTTACTGTCATACAATTTTTCAAAAAGACGATTCTTTTCAGCAAGGTTACGTTCTAAACGCTCACGGAAAATATCTTTATCTAAAAGATCTGCAATACGAATTCCAACACGAGCAGCCTTGTCCATATAAGCTGGACCAATTCCCTTAATTGTCGTACCAATCTTATTGTCGCCCTTAGCTTCTTCTTGCAAGCGATCCAACTCGATATGATAAGGCAAAATAACATGCGCACGATCAGAAATACGCAAGTTATCAGTTGTTACACCTTCCTCATGAAGATAGCTCAACTCTTTTACAAGAGATTTAGGATTTACAACCATACCATTCCCAATGACAGATATTTTTTCAGGGAAGAAAATCCCAGATGGAATCAAGTGCAACTTAAATTTCTTACCGTCAATCACAATCGTGTGACCAGCATTATCACCACCTTGGTAACGTGCAATCACTTCTGCATTCGCTGAAAGGAAGTCTGTAATCTTCCCTTTACCTTCATCACCCCATTGGGTACCTACAACAACAACTGAAGTCATAATCTTGTCTGAGCCCTCAGGCTCTTCCTTTCTCACATACATGGCAGGACTCTCACCTGCAATTATATCTTACAATTTATTATAATAAAAAATCGCCTTTTTATCAAGAAGAAACAATAGAAAGATTTGCTATTTCCAACTATTAAAAAATGATTTAGAAAAATTACTAGCTATTTACTATCATCTTTCCATAAAAGAGTAAATTAGTTCGGAAATTTACTAAAATTACCTCAACAAGAAATAAACCCCCGATTCATTACCAATTTTTCAAGATACAAACGATAAGCAACACGATAATGGTAAACAATAAAATCCTTACGACAACCAATGCCATATCTCACTAAATAATAAATTAAAAATTTAAAATGAACATGTTCCCAGTCAAAATTATCACCAAATGTAGGACCATACTCTTCTTCAATACTATCATAGAAATTAGCCATCTGCTCATAAATTTTTTGTAACATAATCAAATACTCCTTTTCTTTTTTATAAACTTATTCTAACAAAAAATTTTACACATTCACTATCAATTCCTGAATTGTTAAAATACCAGCCTCAACAAGATAAAAATAGGAAAAGTTGACAAAATAGAAACAAATTTGCTACCTAAATTTCAAAAAATTAAAGTTCTAAAAAGACCGCCTTAAAACTTTTGGGTAAATCCTATTAGAACTATAATATTTTTATATAGGTATTATGGTTCTGATTTTCTAGTATAAAAAAATTCAAACTAGAATTCTTCTTAGAAAAGGCCGTTTTAAGTGCTATCATTGCTCAAAAATGGAGCTCGCTGAGACTTCTATCGTCAAGAAGAATCATCAAATTCCTTGTATCATCAACCAAAAGATTGCTCAGAAGCTAATTGAAAAGACTTCTATGACCGACATTGATCATCAGTTGTCTATTTCAACTTCAACTGTCATTCGCAAGATCAATAATTTTCACTTTGAGCATGATTTTTCGCGTCTTCCTGAGATTATGTCCTAGGACGTTGAAACAGTCCGGGGAGTGACTGTTTCAATCGGGAGATGGAGATGAGCTTTATTGCTCAGGACTTTGATAAACTCAATATCATAACTGTTCTTGAGAGCAGAACACAAGCCATCATCCGAAATCCCATGAATACAAGGCTATCAAGCGCTA,TAGCGCTTGATAGCCTTGTATTCATGAGACTTTCGATCCAATTGATTCATGATTTGAACACGCACACGACTCATAGCACGGCTAAGATGTTGTACAATGTGAAAGCGATCCAACACGATTTTAGCACATGGGAAAAGTTGTCTAGCTAAGTCATAGTAAGGACTAAACATATCCATAGTAATAATTTTGACGCGACATCGGACGGCTCTATCATATTTAAGAAAGTGATTTCGAATGATAGCTTGTGTTCTTCCCTCAAGAACAGTGATGATATTGAGATTGTTAAAATCTTGCGCAATGAAGCTCATCTTTCCCTTTGTAAAAGCATACTCATCCCAAGACATAATCTCAGGAAGACAAGAAAAATCATGTTTAAAGTGAAAATCATTGAGCTTACGAATAACAGTTGAAGTTGAGATGGAAAGCTGATGGGCAATATCAGTCATAGAAATTTTTTCAATTAACTTTTGAGCAATTTTTTGGTTGATGATACGAGGGATTTGGTGATTCTTCTTGACGATAGAAGTTTCAGCGACCATCATTTTTGAACAGTGATAGCACTTGAATCGACGCTTTCTAAGGAGAATTCTAGTAGGCATACCAGTCGTTTCAAGATAAGGAATTTTAGAAGGTTTTTGAAAGTCATATTTCTTCAATTGGTTTCCGCACTCAGGGCAAGATGGGGCGTCGTAGTCCAGTTTGGCGATGATTTCCTTGTGTGTATCCCTATTGACGACATCTATAATTTGGATATTTGTGTCTTTGATATCGAGTAGTTTTGTGATAAAATGTAATTGTTCCATATGAATCTTTCTAATGAGTTGTTTGGTCGCTTTTCATTATAGATCTTATGGGACTTTTTTTCTACAATAAAATAGGCTCCATAATATCTATAGTGGATTTACCCACTACAAATATTATAGAGCCCTTTTTTGTGCAGTTTAGGAGCTAAAGGGAACAGAATGGAGAAAATGGAACAAATGTGTTTTCTAATCTGTTAGACTGTATCTAGAAAGGGGAAAATTATGATTAAAGAATTGTATGAAGAAGTCCAAGGGACTGTGTATAAGTGTAGAAATGAATATTACCTTCATTTATGGGAATTATCGGATTGGGACCAAGAAGGCATGCTCTGCTTACATGAATTGATTAGTAGAGAAGAAGGACTGGTAGACGATATTCCACGTTTAAGGAAATATTTCAAAACCAAGTTTCGAAATCGAATTTTAGACTATATCCGTAAGCAGGAAAGTCAGAAGCGTAGATACGATAAAGAACCCTATGAAGAAGTGGGTGAGATCAGTCATCGTATAAGTGAGGGGGGTCTCTGGCTAGATGATTATTATCTCTTTCATGAAACACTAAGAGATTATAGAAACAAACAAAGTAAAGAGAAACAAGAAGAACTAGAACGCGTCTTAAGCAATGAACGATTTCGAGGGCGTCAAAGAGTATTAAGAGACTTACGCATTGTGTTTAAGGAGTTTACTATCCGTACCCACTAGTAAGTCATGCAAAAAAAAATGAAAAAAATTAGAAAAAGTAGTTGACAAAGTTTGAAAAGACTGTATAATAGTAAGAGTTGAAAATAACAACTCAGGTCCGTTGGTCAAGGGGTTAAGACACCGCCTTTTCACGGCGGTAACACGGGTTCGAATCCCGTACGGACTATGGTATGTTGCGTCAGGAGCACTTGATGAAAAAAAGTTTAAAAAAGCTTAAAAATCTTCAAAAAAGTGTTGACAAGTGAAAGTGGCTGTGATATACTAATATAGTTGTCGCTTGAGAGAAGCAAGTGACAAAGACCTTTGAAAACTGAACAAGACGAACCAATGTGCAGGGCGCTACAACATAAGTTGTAGTACTGAACAATGAAAAAACAATAAATCTGTCAGTGACAGAAATGAGTAAGAACTCAAACTTTTAATGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCCTAATACATGCAAGTAGAACGCTGAAGGAGGAGCTTGCTTCTCTGGATGAGTTGCGAACGGGTGAGTAACGCGTAGGTAACCTGCCTGGTAGCGGGGGATAACTATTGGAAACGATAGCTAATACCGCATAAGAGTAGATGTTGCATGACATTTGCTTAAAAGGTGCACTTGCATCACTACCAGATGGACCTGCGTTGTATTAGCTAGTTGGTGGGGTAAGGGCTCACCAAGGCGACGATACATAGCCGACCTGAGAGGGTGATCGGCCACACTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTAGGGAATCTTCGGCAATGGACGGAAGTCTGACCGAGCAACGCCGCGTGAGTGAAGAAGGTTTTCGGATCGTAAAGCTCTGTTGTAAGAGAAGAACGAGTGTGAGAGTGGAAAGTTCACACTGTGACGGTATCTTACCAGAAAGGGACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTCCCGAGCGTTGTCCGGATTTATTGGGCGTAAAGCGAGCGCAGGCGGTTAGATAAGTCTGAAGTTAAAGGCTGTGGCTTAACCATAGTAGGCTTTGGAAACTGTTTAACTTGAGTGCAAGAGGGGAGAGTGGAATTCCATGTGTAGCGGTGAAATGCGTAGATATATGGAGGAACACCGGTGGCGAAAGCGGCTCTCTGGCTTGTAACTGACGCTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCTGTAAACGATGAGTGCTAGGTGTTAGACCCTTTCCGGGGTTTAGTGCCGTAGCTAACGCATTAAGCACTCCGCCTGGGGAGTACGACCGCAAGGTTGAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCAGGTCTTGACATCCCTCTGACCGCTCTAGAGATAGAGTTTTCCTTCGGGACAGAGGTGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCCTATTGTTAGTTGCCATCATTTAGTTGGGCACTCTAGCGAGACTGCCGGTAATAAACCGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGACCTGGGCTACACACGTGCTACAATGGCTGGTACAACGAGTCGCAAGCCGGTGACGGCAAGCTAATCTCTTAAAGCCAGTCTCAGTTCGGATTGTAGGCTGCAACTCGCCTACATGAAGTCGGAATCGCTAGTAATCGCGGATCAGCACGCCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCACGAGAGTTTGTAACACCCGAAGTCGGTGAGGTAACCGTAAGGAGCCAGCCGCCTAAGGTGGGATAGATGATTGGGGTGAAGTCGTAACAAGGTAGCCGTATCGGAAGGTGCGGCTGGATCACCTCCTTTCTAAGGATAAGGAACTGCGCATTGGTCTTGTTTAGTCTTGAGAGGTCTTGTGGGGCCTTAGCTCAGCTGGGAGAGCGCCTGCTTTGCACGCAGGAGGTCAGCGGTTCGATCCCGCTAGGCTCCATTGGTGAGAGATCACCAAGTAATGCACATTGAAAATTGAATATCTATATCAAATAGTAACAAGAAAATAAACCGAAAACGCTGTAGTATTAATAAGAGTTTATGACTGAAAGGTCAGAAAATAAGGTTAAGTTAATAAGGGCGCACGGTGGATGCCTTGGCACTAGGAGCCGACGAAGGACGTGACAAACGACGATATGCCTTGGGTAGCTGTAAGTAAGCGATGATCCAGGGATTTCCGAATGGGGGAACCCAACAGGTAATACCTGTTACCTACATCTGTTAAGGATGTGAGGAGGAAGACGCAGTGAACTGAAACATCTAAGTAGCTGCAGGAAGAGAAAGCAAAAGCGATTGCCTTAGTAGCGGCGAGCGAAACGGCAGAAGGGCAAACCGAAGAGTTTACTCTTCGGGGTTGTAGGACTGCAATGTGGACTCAAAGATTATAGAAGAATGATTTGGGAAGATCAGCCAAAGAGAGTAATAGCCTCGTATTTAAAATAGTCTTTGTACTTAGCAGTATCCTGAGTACGGCGGGACACGTGAAATCCCGTCGGAATCTGGGAGGACCATCTCCCAACCCTAAATACTCCCTAGTGACCGATAGTGAACCAGTACCGTGAGGGAAAGGTGAAAAGCACCCCGGGAGGGGAGTGAAATAGAACCTGAAACCGTGTGCCTACAACAAGTTCGAGCCCGTTAATGGGTGAGAGCGTGCCTTTTGTAGAATGAACCGGCGAGTTACGTTATGATGCGAGGTTAAGTTGAAGAGACGGAGCCGTAGGGAAACCGAGTCTGAATAGGGCGCCTTAGTATCATGACGTAGACCCGAAACCATGTGACCTACCCATGAGCAGGTTGAAGGTGCGGTAAGACGCACTGGAGGACCGAACCAGGGCACGTTGAAAAGTGCTTGGATGACTTGTGGGTAGCGGAGAAATTCCAAACGAACTTGGAGATAGCTGGTTCTCTCCGAAATAGCTTTAGGGCTAGCGTCGACATTAGAGATTCTTGGAGGTAGAGCACTGTTTGGGTGAGGGGTCCATCCCGGATTACCAATCTCAGATAAACTCCGAATGCCAATGAATTATGGTCGGCAGTCAGACTGCGAGTGCTAAGATCCGTAGTCGAAAGGGAAACAGCCCAGACCACCAGCTAAGGTCCCAAAATAATTGTTAAGTGGAAAAGGATGTGGGGTTGCACAGACAACTAGGATGTTAGCTTAGAAGCAGCTATTCATTCAAAGAGTGCGTAATAGCTCACTAGTCGAGTGACCCTGCGCCGAAAATGTACCGGGGCTAAAACAATTTACCGAAGCTGTGGATACCTTTATAGGTATGGTAGGAGAGCGTTCTATGTGTGATGAAGGTATACCGTGAGGAGTGCTGGAACGCATAGAAGTGAGAATGCCGGTATGAGTAGCGAAAGACAGGTGAGAATCCTGTCCACCGTAAGACTAAGGTTTCCAGGGGAAGGCTCGTCCGCCCTGGGTTAGTCGGGACCTAAGGAGAGACCGAAAGGTGTATCCGATGGACAACAGGTTGATATTCCTGTACTAGAGTATGTAGTGATGGAGGGACGCAGTAGGCTAACTAAAGCAGACGATTGGAAGAGTCTGTCTAAGCAGTGAGGTGTGAATTGAGTCAAATGCTTAATTCTATAACATTGAGCTGTGATGGGGAGCGAAGTTTAGTAGCGAAGTTAGTGACGTCACACTGCCAAGAAAAGCTTCTAGCGTTTAAACATACTCTACCCGTACCGCAAACCGACACAGGTAGTCGAGGCGAGTAGCCTCAGGTGAGCGAGAGAACTCTCGTTAAGGAACTCGGCAAAATGACCCCGTAACTTCGGGAGAAGGGGTGCTGACTTTAAGTCAGCCGCAGTGAATAGGCCCAAGCAACTGTTTATCAAAAACACAGCTCTCTGCTAAATCGTAAGATGATGTATAGGGGGTGACGCCTGCCCGGTGCTGGAAGGTTAAGAGGAGTGCTTAGCGTAAGCGAAGG,CAACCTCAAAACAGTGTTTTGAGCAACCTGTGACTAGCTTTCTAATCGATGCCTTGGTTTTCATTGCCTATAATCAAAAAGAGAAATTTTCTCCTGAAAAGCATATAGAGTAGCTGGCGTTAAAAGCTCCTGTCTTGCTTTTTTGACCTATAGTCATATCTATCAAGTATTGTTCTTGCCTAAGCTATCAATAAAAAGGTGGCATTTTTTAGGCTTGGTGTTAGTGAATTTTGCCTTATCCTATCTAAGTCATTTCGAGCTTTTTATGGTACAATGGAAACATGTTATTCAAATTATCTAAGGAAAAAATAGAGCTAGGCTTATCTCGTTTATCGCCAGCCCGTCGTATTTTTTTGAGTTTTGCCTTGGTCATTTTACTAGGCTCTCTTCTTTTGAGCTTGCCCTTTGTCCAAGTTGAAAGCTCACGAGCGACTTATTTTGATCATCTTTTCACTGCTGTCTCTGCAGTCTGTGTGACAGGTCTCTCAACCCTTCCAGTAGCTCACACCTATAATATCTGGGGCCAAATAACCTGTTTG,AGGAAATGCCATCGAAGAACGCAAGATTCAGCGCCTCTTCCGTAATGGCAATGTCACTCGTCTGATCAAGAAGTCCAATGACTTTGGGGCAGGCGGTGTCTGTGTGGCTATCGGTGAATTGGCAGACGGTCTTGAAATCGACCTCAACAAGGTGCCTCTTAAATACCAGGGCTTGAATGGTACAGAAATTGCCATCTCTGAATCACAAGAACGGATGGCGGTCGTGGTTCGTCCTGAAGATGTGGATACCTTCGTTGCCGAATGTAACAAAGAAAATATTGATGCTGTTGTGGTGGCGACAGTAACTGAAAAACCAAATCTTGTCATGCACTGGAATGGTGAGACAATCGTTGACTTGGAGCGTCGTTTCCTTGACACCAATGGTGTGCGCGTGGTTGTCGATGCCAAAGTTGTGGACAAGGATGTCAAACTCCCAGAAGAGCGTCAAACATCTGCTGAAACACTGGAATCAGATACCCTTACGGTTCTATCTGACCTCAACCATGCAAGTCAAAAAGGATTACAGACTATCTTTGACTGCTCTGTTGGACGCTCAACGGTTAATCACCCACTTGGTGGTCGTTACCAACTCACACCAACTGAGGCATCTGTGCAGAAATTGCCAGTTCAACACGGTGTGACTCATACTGCGTCGGTCATTGCTCAAGGTTTCAACCCATATGTAGCTGAATGGTCTCCATACCACGGTGCTGCTTATGCGGTTATCGAAGCAACTGCTCGTTTGGTGGCTGCTGGTGCCAACTGGTCTAAGGCTCGTTTCTCTTACCAAGAATATTTCGAGCGGATGGACAAGCAAGCAGAGCGTTTTGGTCAGCCAGTAGCCGCCCTTCTAGGCTCTATTGAAGCACAAATTCAGCTTGGCTTGCCATCTATCGGTGGTAAGGACTCCATGTCTGGTACCTTTGAAGAATTGACCGTTCCGCCAACCTTGGTTGCCTTTGGGGTGACGACGGCAGATAGCCGTAAGGTGCTCTCTCCAGAATTTAAAGCTGTTGGGGAAAATATCTACTACATCCCAGGTCAAGCCCTCTCTGCAGAGATTGATTTTGACTTGATTAAGAAAAATTTTGCTCAGTTTGAAGCAAGCCAAGCTGACCATAAAGTGACATCTGCATCAGCTGTCAAATACGGTGGTGTAGTTGAAAGTTTGGCTCTTGCTACCTTTGGAAACTATATTGGTGCAGAGGTGACCTTGCCTGAACTTAAAACAGCTTTGACAGCTCAATTAGGCGGCTTTGTCTTCACATCTCCTGAAGAAATTGCTGGAGTAGAGAAGATTGGACAAACGAAAGCAGACTTTACACTGACTGTCAACGGTGTGAAGCTAGATGGACACAAGCTTGACAGTGCATTTCAAGGGACATTGGAAGAAGTTTACCCAACAGAATTTACCCAAGCGAAAGAACTAGAAGAAGTACCAGCTGTGGTATCAGATGTTGTGATTAAAGCCAAAGAAAAGGTTGAAAAACCTGTGGTTTACATCCCAGTCTTTCCAGGAACCAACTCAGAATATGATTCAGCTAAGGCCTTCGAAAAAGAAGGTGCAGAGGTCAATTTAGTGCCAT,TCTTCGAAAATCTCTTCAAACCGCGTCA,CTGACTTCGTCAGTTCTATCCACAACCTCAAAACAGTGTTTTGAGC,ATCCTTGATACGAGAATCAACTGGATTGAGCAGGTAGTTTTTGACAGCTTTCAACTCAGTCGCATCAATATCTTTATTCACCAAGTAAAGTTGGGCTGTGTTGACTGTCACGTCACTCGAACTTCCCAACAAAAGCAAGGCTTCCTGTGACGAAGCTGCACGCTGGTCAAACTGCCCTGGTAGACTTTCAATGGCAAAGAAAGCATAGTTAGCAAGATCCGCCTGCACAGATACTTCATCTAAAACATGGTCGGTTACCTGCTCAGAGAAAATGTGCTTCTCTGCAGGTGCAAACAAGTCCTCAACCAAGTCAAATACATCATATACTTGCACAATACGAATACTTTTCAAGCTTGACAGTCCCAAGTTGTGCTGGAGCTCTCTAACCAAACTCTCTGACTTGACCTGAAAATCAGCCTTTTTTTCAACAAAAATACGTTTATCCATCAATTCTTATTCCTTTATTTCAGCTCTTGCAATATTCCCAAACAGCCTTGAGGTTGTTATTTTAAACCCTGCAACTTTTCCCAAACAATCTCATAAACGTCGGTTAGTTCTCCCAATCCTCTACGGAAAACATCCTTATCCATGTGGTTGCCATCAGCGTCCCACAAGCGGCAGTTATCTGGTGAAAATTCGTCTGCCAAGATAATCTTGCCATCCTTGTCAAAACCGAACTCTAGCTTAAAGTCAATCAATTTAAGCCCAATCTCAGCAAACCAGACTTTCAATAGTTCATTGATACGACGCGTTTCTTCCTTCAAGTAGGCAATCTGCTGGTCACCCGCAATCTGTAGGAATTTCACATGCTCATCATTGATAAATGGATCATCCAAATCATCATTTTTGTAGTAAAATTCGACAATCGGAGTCTCCAAGGCGATTCCCTCATCCACACCAAAACGTTTTGAAAAGGAACCAGCAGTATAGTTGCGGAGCACGACTTCCAAAGGAATAATCTTAACCTTTTTATTGAGTTGTTCCGTGTCTGAAAGTTTCTCCACAAAGTGAGTCGCCACACCAGCCACATTTAATTTCTCAAAAATAAAAGATGAGATCTGATTATTCAAGACTCCCTTACCTGCAATCTGCTCCTTCTTGACACCGTTGAAAGCAGTCGCCTGGTCCTTGTAAGTTGAAATAATAAGATTTTCATCCTCAGTTGTATAGATATCTTTAGCTTTTCCCGAATAGATCAATTGTTTTGACATTTTAAAGTTCGCCTTTCGTATTACTTGAGCACATTTTACCACAAAAAACCAAAAAACACAAGAATTTAACCGAATAAATAGTAGATGTTTTTCAAAAATTGTAAAGAAAAAACTGCAAGAAGAATCTTTCTCACAGTTTAAAAATTATTTAACTCTAAAAACACGAACATTACTCTTTGTTCAAAAATTGATCCAAATAATAACGTAGGTAACTTTTCTTGCCCGTAATCATCTGCAAGCGGCCTTCCACCCCGTACCTAAGTTTTTCAGCCTGCTCCGAAGTTAGATTAGTCTCCGCCTCGATTTTAAAGAAATTCCCTTTCTCAGTCTTAGTAGCTGTCGCATCAATACTTGTAATAGTAGAATCTAGGAAAAGTTGATTCCCGGCATCATGAGTCGTAGTATAGCGAACAGAATCACCGACCTTGATTCTTGCTACATATTTTGAACTTAGATAAGCTGTGAGTTTGGCTTTCCCTTCTCTTTCCAAAGATGGATAAAGTTGGGCTAGTAGGGCACCTTCTGCAACCATGCTAGAATCACTGGTCTCAGGATTAAGATGAAGCACCCCATCCTCACTCGCCGTAACTTTCCCCTTGTCTAAAAGATTTCCCTGTACCTTCTTACCTGACTCTGCCTCCAAAATTTTCTGGGCTAGAAGGGTCAATTCCTGACCAACCTTTGCCAAGTGTTGGGATTTAAGGGATTCCAATTGACTGCTTAACCCTGACGCATAGGCTTGCTGGGTACCTGAACCTGCATACTGGACACGGTAAGTAGCAAGACTAGATTCTAACTGAGAAATCTGTGCTTCAACCTGTGCAACTGCCTGAACCTTAGTTTGGGGATTTTCCTCGCCCTGAGACTTGTAGGACTGGTAAAGAGAGTAGGCTAGATTCTGACCGGCCAAGGAAGCACCTGTTTCAATAGCTGACTTAGCTGTCTGGTAATCGCGAATTTTAGCCTCTGTTTGACTGATGAGGTTGCCGATTTCGGCTTGGGTTTGGCTAGCTGCTGCATTCTGGGACGCGATGGTCTCATTTTGTTGCGATGTACTAGCCCTAAGACTGCCTGCTTGACTGATGTAGTCGCGAAAGGTGGCTTGGTAGCCAAACTTATCCTCCTCTGGAAAGTGGTTCTCCCCTTCTTGCAGGCTCTTTTGCAGATACTCCAATTGCTTTTTTTGATCCTTTAGCATGTCCAACTGACTGGCATAGGACTCCGCTTGGACACCCTCTGCCCCTTCTTGGTATTGAACCAAAAGATCCCCCTTCTTAACCAGCTTATTTTCTTCCAAATGATTGACAAGAATACGATTGTTGCTAGTTGACTGGATATTTGCAAGGATACGACTAGGTTCGACAGTAGCTCTAGTGGACAAACTCATCTCCTTCTCTGCAACAGTTGCAAAGCCAAGTAAAAACACAAGCAGAAGGGCCATGGGTACAATCACACTACTGGAAAAATTATGGTAACGACGATTATAAAACTCCGCACTTTCTAAAAATTCTGGTTTCATCCTCTCCTCTTTCTAGCTATTGACCAAATGGGCGTAAAAGCCACCCTGTGCAAGCAAATCAGCATGCTTTCCTTCTTCGACAATCTTGCCCTGATCCAAGACAACTACCTTCTCTGTCCGCTCAGCAATAGTCAAGCGGTGAGCAATGAAAATCAAGGTCTTGTCCAAAGCCATGAGATTATCGACAATCCGCTTCTCTGTCAAAATATCCAAACTGCTAGTCGCCTCATCCAAAATCAAGACCGGCGCATCTGTCAAGAGAGCACGCGCCAAAGCGATTCTCTGACGTTGACCACCTGAAATCCCTGCCCCATCCGAAGTCAATTCTGTCTGGTAATTCAGTGGCATGCGCTCGATATCCTCTCGAATCTCTGCCAATTCGACCGCCCGTAAGATATCTTCCTGTGTCGTCCCCTCCTTGGCTCCCAAAAGAAGATTCTCCAAAATCGTTCCGTTAAAGACATAGGGCTGTTGAGGCAGATAGTTGATGTACTGGCGCAGGGCTTTTTTATCAATCTGATTGAGATTGACACCACCCAGACTAATCTCCCCTTGACTTGGGTCGTAAAAATTAACCATCATCTTGGCCAAAGTCGTCTTACCTGACCCTGAAATCCCCACAAAAGCCACCTTAGACCCTTGGGGAACGGTTAAATTGATATCCGACAAGACGTCTCGACCATAGCCATACTTGTAATGAACCTGCTTGAAGGTCATATCTCCCTTCATCAAGCTCAAATCCTCAACTGTTTTCTTCTCCTCAAACTCAGAAGCTACTAGATACACTTCATTTAGACGCTTATTGGC,TGTATAAGCAAGCAAAGCATCTAAAAATGACTTGATAATCTGCCAGTCTGTCTTTGTTAGTAGGTCAGGAAGATCGACACGGTAAGCCTTTTGACCATCAGCATAACTGACCTTAAAAAGAAATTGTGATTGCCCCACTATCGCACACTCAATATACTCGAGACGATTAAGAGGCTGACGGAGATAGACTACATCATAGCTATGTGACTCCAAACCGTCTAGCAAGGCCAAGATCGACTTGGCATTCAAAATCTCTTGTTCTCCTAAAATGCTCTGTTTATTTGGAATAAAAAATGTTTTCGCCATAACTGGACTCCTTTGAAATCGTTTACATCAGTGTACCTTATTTTTCTGAAAGATACAAAAACAAACTTTATATTCTTCGAAAATCTCTTCAAACCGCGT,TTCGAAAATCTCTTCAAACCGCGTCAGCTTCGCCTTGCCGTAGATATATGTAACTGACTTCGTCAGTCTTATCTACAACCTCAAAGCAGTGCTTTGAGCAG,GTCAATGGAGCGTGCCCGTCTTTTATCAAGTGCGACTCAAAATGGTACTGTGAAACTTGAAATTAAGGATGGGGTTGTTAGCGCCCATGTTCACTCTCCAGAAGTTGGTAAATTAAACGAA,CAATACATTGAAGAAAAAGATAACGGAGATGGCTTGGGCTACTTCCTTTTCCTTAGCATGGATAACAGGCGCTGTCGCTGCAATGGCAGAACCCCCACAGATAGAAGAACCTACTCCAATCAAGGTAGCCAGTTTTGTATCCAGGGCAAAGAAGCGCTGGAAGAGGTAGGCAACAATCAAGGCTATTGAAATGGTGGAAAGGATGACAGGGAGTGAAGATTGCCCAACTGCGAAGACTTGAGAGATATTGAGACCAAAACCAAGCAAGATAACGGCATACTGGAGCAATTTCTTGGAACTAAAGGTCAATCCAACATCCAGTTGTTTATAAGACGAGAGAAAGGGATGTAGGAGCATGCCCATAAAAATCGCAAAAACGGGCGCGCCAATCACAGGGAAGAATCCTCCTAAGTACCAAGATACGATAGAAATGAGAAGGCAGACCAAGATGCCTGCTCCATTTTTTGATAGAAATGACATAAAAACCTCCAAATAGAATCTGTTACCATTATAGACCTGTAAACAGGAAAAGTAAAATAGAAAGTGGAAAGCTATTCTCTAATGTATTTTTGCGGTCGGGGGGCTTTTGTAGTATAATAGAGATATGTTTTGAAAGTAGGAGGTATCTATGGACTTAACTAAGCGCTTTAATAAACAGTTAGATAAAATTCAAGTTTCGTTGATTCGTCAGTTTGACCAGGCTATTTCGGAGATTCCTGGGGTCTTGCGTTTGACCTTAGGGGAACCTGATTTTACAACGCCAGACCATGTCAAGGAGGCGGCCAAGCGAGCGATTGATCAGAACCAATCCTACTATACAGGGATGAGTGGTCTGCTGACTCTACGTCAGGCGGCCAGTGATTTTGTTAAGGAAAAGTACCAACTGGACTATGCTCCTGAAAATGAAATCTTGGTTACAATTGGGGCGACAGAGGCTTTATCTGCGACTTTGACGGCTATTTTGGAAGAGGGAGACAAGGTACTTTTGCCAGCTCCTGCTTATCCAGGCTATGAACCGATTGTTAACTTAGTTGGGGCAGAAATTGTTGAGATTGATACGACTGAAAATGGTTTTGTCTTGACTCCTGAGATGTTGGAGAAGGCCATTTTGGAGCAGGGTGATAAGCTCAAGGCGGTTATTCTCAACTATCCAGCCAATCCGACAGGAATTACCTACAGTCGAGAGCAGTTAGAGGCCTTGGCAGCTGTTTTACGCAAGTACGAAGTTTTTGTTGTCTGTGATGAGGTTTACTCAGAATTGACCTACACAGGCGAAGCCCATGTGTCTCTAGGAACGATGTTGAGAGACCAGGCTATTATTATCAATGGTTTGTCTAAATCGCATGCCATGACAGGTTGGCGTTTGGGGCTGATTTTCGCTCCTGCGACCTTCACAGCCCAGTTAATCAAGAGTCACCAGTACTTGGTCACTGCCGCAAATACCATGGCGCAACATGCTGCGGTAGAAGCCTTGACGGCTGGTAAAAACGATGCGGAGCCCATGAAGAAGGAATATATCCAACGTCGGGACTATATCATCGAAAAAATGACTGCTCTTGGTTTTGAGATTATCAAACCAGACGGTGCCTTCTATATTTTTGCTAAAATTCCAGCGGGCTACAATCAAGACTCCTTTGCTTTTCTGAAGGATTTTGCTCAGAAGAAGGCCGTTGCCTTTATCCCTGGTGCAGCCTTTGGACGTTACGGGGAAGGCTACGTCCGCCTATCTTATGCAGCCAGCATGGAGACTATCAAAGAAGCCATGAAACGACTTGAGGAGTACATGAGAGAAGCATGATTCAGTCTATCACGAGTCAAGGCTTGGTGCTTTACAATCGCAATTTTCGTGAGGATGACAAGCTCGTCAAAATTTTTACAGAGCAGGTTGGCAAACGCATGTTTTTTGTCAAACACGCTGGTCAGTCTAAGCTGGCGCCTGTTATTCAGCCCTTGGTGCTGGCACGATTTCTCTTGCGAATCAATGATGACGGACTCAGTTACATCGAAGACTATCATGAGGTCATGACTTTTCCCAAGATTAATAGTGACCTCTTTGTCATGGCCTATGCGACCTATGTGGCAGCTCTTGCAGATGCTAGTTTGCAGGACAATCAGCAGGATGCTCCCTTGTTTGCTTTTTTGCAAAAGACTTTGGAGTTGATGGAAGCAGGCTTGGATTATCAGGTTTTGACCAATATTTTTGAAATTCAAATTTTGACTCGATTTGGAATCAGCCTCAATTTTAATGAGTGTGTCTTCTGCCATCGGGTTGGTCAGGCTTTTGACTTTTCTTTCAAATATGGAGCCTGCCTCTGTCCAGAGCATTATCATGAGGATAAGAGACGTTGTCATCTCAATCCCAATATCCCCTATCTGCTCAATCAATTTCAAGCTATTGATTTTGAGACTTTGGAGACCATTTCGCTCAAGCCTGGAATCAAGCAAGAGCTACGCCAATTTATGGATCAATTATATGAAGAGTACGTTGGGATTCACCTAAAATCAAAGAAATTTATTGATTCCCTAGCAGACTGGGGACAATTACTAAAAGAGGAAAAGAAATGAAAAAAATCGCAGTAGATGCCATGGGGGGCGATTACGCACCTCAGGCCATTGTTGAGGGTGTCAATCAAGCCCTATCTGACTTTTCAGATATCGAGGTTCAACTTTACGGAGATGAAGCTAAAATCAAGCCCTATCTGACAGCGACAGAGCGCGTCAGCATTATCCATACGGATGAGAAGATTGATTCGGATGATGAACCTACGAGAGCTATTAGGAATAAGAAAAATGCCAGTATGGTATTGGCAGCCAAGGCTGTCAAAGATGGTGAAGCAGACGCTGTCCTTTCGGCTGGGAATACAGGTGCCTTGTTGGCAGCAGGATTCTTCATCGTGGGTCGTATCAAGAATATCGACCGTCCTGGACTCATGTCTACCTTGCCTACCGTTGATGGAAAAGGTTTTGACATGCTAGACCTTGGTGCCAATGCAGAAAATACAGCCCAGCACCTCCATCAATATGCGGTTCTAGGTTCCTTCTATGCTAAAAATGTCCGTGGCATTGCGCAACCACGCGTTGGTTTGCTCAACAACGGAACAGAGAGTAGCAAGGGCGACCCGCTTCGTAAGGAAACTTATGAATTACTGGCGGCTGATGAAAGTTTGAACTTTATCGGAAACGTGGAAGGGCGTGATTTGATGAATGGCGTTGCAGATGTTGTTGTGGCAGATGGTTTCACGGGAAACGCTGTGCTCAAATCCATCGAAGGGACAGCTATGGGAATCATGGGCTTGCTCAAGACAGCTATTACAGGTGGTGGTCTTCGAGCGAAACTAGGTGCCCTCCTTCTCAAGGACAGCCTCAGTGGTTTGAAAAAACAGCTCAATTATTCAGATGTTGGTGGAGCGGTCTTGTTTGGTGTTAAGGCACCTGTTGTCAAGACTCATGGCTCAAGCGATGCCAAGGCTGTTTATAGTACGATTCGTCAGATCCGTACCATGCTAGAAACAGACGTGGTTGCCCAGACTGCGCGTGAATTTTCAGGAGAATAAAAGAGATGACAGAAAAAGAAATTTTTGACCGTATTGTGACCATTATCCAAGAGCGACAGGGAGAGGACTTTGTCGTGACAGAATCCTTGAGTCTGAAAGACGATTTGGATGCGGATTCTGTTGACTTGATGGAGTTTATCTTGACTCTGGAAGATGAATTTAGTATCGAAATCAGCGATGAGGAAATTGACCAACTCCAAAGTGTAGGAGATGTGGTTAAAATCATTCAAGGAAAATAGCAATCGGAGTTCCAAGTCAACGGAAGTAGATGGTTTTTAGAAATGAGAAATATCGGACAAGCTGGTAAAATCTTGGCTGACAGTGGTTATCAAGGGCTCATGAAGATATATCCTCAAGCACAAACTTCCACGTAAATCCAGCAAACTCAAGCCGCTAACAGTTGAAGATAAAGCCTGTAATCATGCGCTATCTAAGGAGAGAAGCAAGGTTGAGAATATCTTTGCCAAAGTAAAAACGTTTAAAATGTTTTCAACAACCTATCGAAATCATCGTAAACGCTTCGGATTACGAATGAATTTGATTGCTGGTATTATCAATCATGAACTAGGATTCTAGTTTTGCAGGAAGTCTAATAGTAAAAAGTGATTAGAAAACATCTTTTTTAAAAATAGAGATGATTTTGAAACAAAAAAGCTAATTCAAGACGTTTCGATTCCAATTCAAGATTTGGATGAAAAAAATTAATAGATACTGTTATACTAAACTTGTCAAGTTTGTAACAAGACAAATATTAAAAATAAAAAAGAGGTATTCGTTATGAATACAAAAAAGATGTCACAATTTGAAATTATGGATACTGAGATGCTTGCTTGCGTTGAAGGTGGCGGATGCAATTGGGGAGATTTTGCCAAAGCAGGTGTTGGAGGAGGAGCAGTACGAGGTCTTCAGCTAGGAATTAAAACAAGAACATGGCAAGGTGCAGCAACTGGTGCTGCGGGAGGAGCTATACTTGGAGGTGTGGCCTATGCAGCGACATGTTGGTGGTAATTATGGATTTTAAAAGTTTTATTATTGGTTTAGTAGTTGGTATATTTGGTCCTTATATGGATGATTTAATTAGAAAAAAATTTTTAAAGTCTTCGGAGAAGAAAACAGAAAAATCTGTTAAAAAATAATCAAAACTATAAATGATGAATCTGAATCAAAATTATTTTGCGCATGTAAAGAGGAGTCTTATAGTAACGAGTCAAAAAAGGAGTAACTATGAATCGTAATTTAGAACGGTGTTATCTATTCTGACTAGGAATAGATCATACCAGAGGTAGCTTAGAAATAGCAGGGACATTAGAAATTGAAGGAATAAA,AACCACGTCAACGTCGCCTTGCCGTATATATGTGACTGACTTCGTCAGTCCTATCTACAACCTCAAAACAGTGTTT,CCCTGGATTTCCCAAGCCTACAAGTAATTTGGTCATTTATTTTTCCTTTCAAAAGCCAAAAGGGTTGGAATTTTTTTTCCAACCTAATTGACACCATTTATTAATTTTTAGACATTAAAGCGGAATTCCATGATATCGCCATCTTGAACGATATATTCTTTTCCTTCTTCACGCAAGCGTCCAGCTTCTTTTACGGCCTTTTCAGATCCGTATTTCACTAGATCTTCATATGACATGGTTACTGCACGAATAAAGCCTTTTTCAAAGTCTGAGTGGATAATACCAGCTGCTTGAGGAGCCTTCATACCACGTTTGAAAGTCCAAGCGCGAACTTCTTTTTCACCAGCTGTGAAGTAAGTTCCCAATCCAAGCAAGTGGTAAGCTGCACGCGTCAACTTATCTACACCTGATTCTGTCAAACCAATGGCTTCAAGAAACTCTTTTTTATCTTCATCATCCAATTCAGAAATTTCTTCCTCAGCACGCGCAGAAATAACGACTACTTCAGCATTTTCTGTCGCTGCAAATTCACGAATTTGTTTGACATAGTCGATAGAGTCAGGTTCTGAAACCACATCCTCGTCCACATTAGCTACATAAAGAACTGGTTTAGTCGTCAAAAGGAAAAGACCTTTGACAACCTTTTGTTCCTCATCTGTAAATTCAATGGTACGAGCTGATTTCCCGTCTTCTAGGACTGGTTTAATCTTTTGAAGAACATTGAATTCTGCTACTGATTCTTTATCTTTTTGCGTACGTGCCATCTTTTCTACACGCGCATATCGTTTGTTCACTGATTCTAAGTCAGCAAGAATCAATTCCAGATTAATTGTATCAATATCTGCAAGTGGATCTACAAAGGCGTCTTCACGTCCTTGCTCGCGCATCACATTTTCATCATCAAAAGCACGAACTACGTGAACAATCGCATCTACTTCACGAATATTGGCCAAGAATTTATTCCCTAGCCCTTCTCCTTTTGAAGCTCCTTTTACAATCCCTGCAATATCTGTAAATTCAAATGTTGTGGGAACTGTCTTTTTAGGAGTTATCATTTCAGTTAGTTTTTGTAGGCGTTCATCTGGAACTTCCACCATTCCAACATTTGGATCAATAGTCGCAAATGGGTAGTTTGCTGCCTCTGCTCCTGCTTTTGTAATTGCATTAAATAATGTTGATTTACCAACGTTTGGCAAACCAACGATACCTGCTGTCAAAGCCATATTTCTCATTCTCCGTTTTCATTTCAATCCCTAATATTATAACACAAAAAGGGATAAAGTGCTAACCCTCTAACTAAGGGTTCTCAGTCAATAATTTTATTCATTTTTCGCTCAAAATCATATCGCCCCATCATGACAACATGCTCACAATTACTGCATTTTATTTTGATATCTGCTCCTACACGTGTAATTTCCCAACGATTAGCCTTTTTACCAGTCGACTTGATTGTACAAGCGTGTGATTTTTTCATCTCAACAAAATTTCCAACTTGATACATACTACTCTCCTTTTCTTTTTCGATTATATCATAAAAGAGGCGAGCCAGGCTCAACCTCTTTCACTTAATTTGTACGAACTGGTGTAATGAGCTGCATGAAGTCTTCGTCAGTATCTGCTGGCACAAGAGTAAATGGACGAACAGCTGAGATAAAGCTAATGGTCACCTTTTCGCTATTTAAAGCTTTAAGAGAATCAATCAAGTAAGTTGGGTTGAAACTAATGGTCAAATCTTCACCAGTAACCTGATCAGTATCGATTTCTTCGTTTACTTTACAAACTTC,TACCAAATACCGTCTGTGTGCTTCTTCCAGCGGTCTGAAAGCATATAGCCTGAGCCATCGAAATAATACCAGATACCGTTGATTTTCTCAAACTTATAGAAAGGAGGAGATAGTATGGCAAATACTCCAATAAAACCTGGAACAGATAATCAGAAACCTGGTCGCTATGTAGAGGTAGGACCTCGTGGCGGAAAAGTTACTAATGGTCATACCGCAACTATCGGAAAAGGTGATCGGCTCCCTCCGACATCTGCTAAAGGCAACGGTTGGAAAAAAGTCTAATCTTCGTTTGCGTACAATCGTTCAATGGTTGTACGCTTTTTCCATACACAAAAGCACATTCCCAAAAAATCAATTTGAATCCATGCTTCGGCGTAATCTTTCCCATTGCTGGCATAGTGAGTTATATAATGGTGAATCATTTTATTCCTTCCTCCTATTGAGTTACTTGAGAAGTATCATGAATGGCTTCATAGCTAAGACGCTTAAATTCTTCTGAGTCTATCTGAAAATTGATAGGCTTTTTTTGTAAACACTCAAGAAAACTAGTGTTTCTTAAAAGTTTTTCAACTAACTCAGGGTCTGCCTTTACAAAGGTGGACTCTTTTTGTCCACTATACGGATATCGTTTTGGTCTCATTTTCCTACTCCTCAAATCTTTCCTACTCAATCCCATAATCTTCAATAACCTGAAGAATGAAACTGTTCGCTCGTGGACCTTTAGTCGTTCCACTTAGAATGTTTGTCACTTCCTGTCGTTTAAAGCCGTAAGCAACCGCTAGAGTTGCTTTTTTAATGCCTTTCTCTTTCAAGAAAGCAATAACTCTTTCGCGACCGTTTGCGATATCTGGCATATTTTCTCCTTTCTTTTTCTTTCTTCTTTTTCTGCTATAATATAAGCAGAAAGGAGTTAACCTTATGACTTTTAAAGAATATTTACTCAAAGCAAGCAAACGCGACATCTACGATGATGGTAAAGATTTTGAGAAATCAATTTCAGATTCTCACTAATCGAGCGTGACTTTTTTGATATGGCAATCTCAGAAATTTACCACCAGCGCTGACTACCTTAATGACTTTTTCAAGGTGGTCTTTTTCTTGTTCTAAATTTTTAAGAATACTTACCATCAGCACGTTCCTCCTCTTTACTTATTTGTAAATAAGAAACAACTAAAAATGTAACTATTTTTCTGCATTATACTTGACAACTTACACCAAATCGGCTAAAATTAAAGCATAATAAAAACACCAATAAATCTATAAATACCGTTCGCCAAAACATTTTTATAATTTATTTCTTAGTTGTTTTTTTAGTTGTTTATCACTTACAAAAAACATTTTACACCTTTTGGGATAATTAGTCAACCTTTTTACACCAAATTTGTTAAATTTTTTTTGTGATGT,GAGTTTTGCCAAAACGATATTAGCAATCAAGCCACGCTGCTTCACTAATATAGGGATAAAAGAGAGCAGACCATTTTTTTGTTCCTTATAAGGCTTATAGTCTGGACTAGGTGCCATAAAAAGAGTCACTCCTGTCCATTCTTCCTCAAAACGCTCACGTGGCAGTTTAGTCAACTTCACCCCGGGATCTGGATCGGCAATATGAATGCTATCCTTATCCTGCCCAGTCACCACATAGTAGTGGAGCAATTTCCCTTCCTTAAGCACATGGGCAACAAAAGGAAAAGTCAAATCCGGCAAGTCAAAAAGCGTCATATCCGCCTTAATGGCTCGCGTCTCAAAACCAATCTCCTCTGCCACCTTGACCAAGCCCAAAGCCGTCGTCCCATCCATGGTCGTCTTAGCCAATTCTCGCAAGTGAGCCAAAAAATAATAACTACCATAGTAGCCAAAAATCATGGCTAATGAAGCTACACCGCAGTCCATCTGATCCACTTGCGGACGATAGTGACGTTTCCCAAATTTCATATTCATCTCCTTTTCCCTAATACTCAATGAAAATCAAAGAGC,CTGAAAGAAGCATAGACGGCCCACCAATATCGATATTTTCAACTGCATCAGCATAAGTCACATCTGGTTTAAGGATAGTTTCCTTAAATGGGTAAAGGTTGACCACCACAAGGTCAATGAGCTCAATCTTGTTGTCCTTAGCCGCTTCCAAGTGGCTATCCAAGTCACGACGAGCGAGAAGCCCTCCGTGGATATTTGGGTGGAGGGTCTTCACACGACCGTCCATCATTTCTGGGAAACCAGTCACATCATCGATAGCAATGGTATCCACCCCAGCATTATCAAGGGCAACCTTAGTTCCACCTGTTGAGATAATCTCCCAACCAAGTTTTTTGAGTTCTTGGGCAAATTCAACAATGCCCGCTTTGTCTGAGACGCTGATTAAGACGCGTTTAGTCATTATATTCTCCTTTTTAATCATTAGTTAAACACCAATTAAATGCAGTAACAGTAAAACAAGATAAGCAAAACCAAGGCTAAGCATACCTAAGATATTGATCCATTTTCTAGTCTGTGATTTGAACACTCTTATAAAAATTTGATAAATCAGTAAGCCTACACAGACACCTAGCGTATTTAAAGTCAAATCCGTTATATCTGTTATACCTATTGCTAAAATATACTGTAAGCACTCAAACAATAAACTAATCAAGAAACCTGTCCCGACTATTCTTAAACTAGATAAATTAGTTTTTATCAAAGGGAAACAAACACCTAATGGAATAAAGGAAATCAGATTAAATAACATTTCAGCAAAAACAATTTTTCCATCGACTATTAGTGGTTCTGAAAATGGAATCCAATTGATATACCTTGGAGCTAAGAAAAATGCTATAAATTCAGGATTTGTTTCAAACTTAAATAAGATTCCCCAAGTTAATAACATCAGATAGACATAAAATACATATCGAGTTGTTTTTTTAGATTCTAACATTACAAATACCTCCGTTTGAAGCCGTCTTCAACAAACACTGACTCCAATTTAAAATCAAAGATATCATATGAATCATCAAAAAGTCAATCTGTAAATAGAGCCTTCACTACTTCCGGATACAACCTGTACTCTGCTTCATGGATGCGAGCTTCAAATCTGTCAATGGTATCATCAGCTAGTCGTGGCACACGAACCTGTTTGATGACCTGGCCTGTATCCACACCCGAATCCACCCAGTGAATGGTCACACCAGACTGACCCACGCCAGCATTCCAAGCATCCTCAATCCCATGAGCTCCTGGAAATTCTGGCAAGTAGGCTGGATGAATGTTGACAATCCGACCTTCATAAGCCGACAATAAGGTTGGTCCAACGATTTTCATGTAGCCTGCTAGGCAAACCAAGTCAATCTGGTGTTCTTCCAAGAGTTCGACAAGGGCTGCTTCGTAGTCTGTCTTGCTCTCAAACTCCTTGAGTTCAAAAGCATAGGACAGAACGCCGAGCTGCTTTGCACGCTCAAGCACATAGGCATCACGATGGTCTGAAAAGACAAACTCCACTGGAAATTCTTCGGCAATCACCTGAAAATTTGAGCCATTACCAGAGGCAAAAACCGCTATTTTTTTCATTTGATAATGACACTTTCGTTTTCTTTCTTGACGATGCGACCAATTTCATAGACTGCTTCATCCAACAATTCTTTTACACGCTCTACATTTTCAGGGCTGACCGCCAACATAAGTCCCACACCCATATTGAAGATTTCAAACATTTCTTCGTGTTTAATCTGACCATATTTTTCAAGGGCTTTGAAAATTGGAAGCACTGGAACTTTGCTTTCATCAATTTCAGCAGCTAGGTCATCTGCAAACATACGAGGGACATTTTCGATAAAGCCACCACCTGTGATGTGGGCAATGCCGTTGACCAACTCTTCTTTGATGAGCGGCAAGACAGCCTTGACATAGATACGAGTCGGCTCAAGTAGAACTTCCTTAAGTTTCTTGCCTTCCAATTCTGGTAGGACTTCCTCACCTGTGTAATCCGCAAAGACACGACGAACCAAAGAGTAACCATTTGAGTGAATCCCACTTGAAGCAAGTCCGAGAAGAACATCTCCCTCTACCACCTTTGAACCGTCAATGATTTGAGATTTTTCAGCCACACCGACCGCAAAACCAGCCAAGTCATAGTCGTCTTCGCCGTACATGCCCGGCATTTCAGCCGTTTCCCCACCGATGAGGGCAGCACCAGCCTGCACACAACCTTCTGCCACACCAGCAACCACTTGTTCTAGCTTAGCTGGTTCATTCTTCCCTGTCGCTACGTAGTCGAGAAAATAGAGGGGTTCCGCACCTGCAGCAATGATGTCGTTGACACACATGGCCACACAGTCCTGCCCGATGGTATCGTGCTTGTCGTACTTGATAGCCAACATGAGCTTGGTTCCGACACCGTCAGTCCCTGAAATCAAGACGGGTTCTTTAACCCCAGTCTTGGAAAGGTCAAACATACCACCAAAGCCACCAAGAGCTCCCATGACACCTGCACGCTCCGTACGGGCCACGTGCTTTTTAATCCGTTCAACAACTTCATAACCCGCTTCAACATCCACACCCGACTGGGCATATGCATTTTTATTTGTCATTTGTTTTTTCCTTTTCTTTAATGGAGAATCTGTCGCCTACTTGTAAAAACTGGTCTTTTCTTCCAAACTTCTACGATAGTCTTCTTCGTAGTCATAGAGAGGCGTTGGGTAGTCACCGTCAAAGTAAGCGACACAGAGACCACCGTTCGGCGCATCTGTTTCGATACCAATCGACTCAATCAAGCCATCAATTGAAAGATAAGTCAGACTGTCCGCACCAATGATTTGGCGAGTTTCTTCGACCGTATGATTGGCTGCAATCAGCTCCTGACGGGTCTGGATATCAATCCCGTAGAAACATGGATACGCTAGTGCAGGACTTCCAATGGCAACGTGAACCTCAGTCGCACCCGCTTCTTTCAAGAGCTGAACGATACGACGAGAGGTTGTTCCACGTACAATGGAATCATCCACCATGACCACACGTTTGCCTTTGACAACACCCGAAACAGCAGACAGTTTCATCCGCACTCCTTGCTCCCGCAATTCTTGAGTCGGTTGGATAAAAGTTCGCTGGGTGTATTGGTTTTTGATCAGACCCATTTCATTTGGTAAGCCTGATTCTTCCGCAAATCCCATAGCCGCGCTTAGGGAAGAATTGGGCACACCAACTACAATATCTGCCTCATGCTTAAATTCTCGCGCCAATTGCGCTCCCATTCTCTTACGTGCCGTATGGACATTGACACCGTGGATATTAGAATCAGGGCGAGCAAAGTAGATATACTCCATAGAACAAATCGCCAACTGAGTATCATCTGTATAGCTGTCATACTGAATGCCCTCGTCATCAATGATCACAATCTCACCTGGCTTCAAATCACGAATCCACTCGGCACCAATGACCTCAAAAGCACAGGTTTCAGAGGAAACAACCACCGCTCCGTTGGCCATTTTCCCGATAGAAAGCGGACGAAAGCCATTAGGGTCAAGAGCCGCAATCAACTTGTCCTCAAACAGCAAGATATAGGCAAAACCACCTTTGACAAGGCTGAGCGCTTCCTTGATTTTACCCATCAGGCTAGGATTATGACTGCGACGAATGAGGTGAGCCAAGATTTCAGAGTCCGAAGTCGCGCTGAAAATTGCTCCTCTTTGTTCCAGTTCTTTCTTGAGAGAGGCTGCATTGGTCAGATTTCCATTATGAGCCAAGCCAAACTGCATATCGTGAAAACGGAAGAGGAAGGGCTGGATGTTATCAACAGAAGCTTCGCCAGCAGTCGCATAACGCACATGCCCAATCGCACCAGCTCCTGTCAATTTATCCAAATTGGCTGGATTTCTGAAAACTTCTGATAAAAGCCCCATGTCACGATGGCGCTTCAGTTGTCCTTGATCATTGGAGAGGATTCCTGCCCCCTCCTGACCACGGTGTTGAAGACTGTGGAGTCCAAAATAGGTCAACTTAGCAGCATCTGGATGTCCCCAAATACCGAAAACACCACATTCTTCATTAAGAGATTTTACTTCGTATGTCATTTTTTATACCTAATTTTCATTTGTAATCATCAAGAGCTAGATTTACATGACTTTTACATTACTGATACTATCTATTAGAAAATCTGTAAGTCTTATTTTCCAGTGAAATGTTTAACCGCTGATGCGAACAGGTGTTGGTCTTTATTGCCTGGGATATTTTGGAAAAGACCATCCTCATAACGTTCTGAGTGGCCCATCTTACCGATGATTTGACCATTCTTGCTGGTAATTCCTTCGATGGCATGGACAGAACCATTCGGATTGTACTTAGAATCCATACTTGGTTTACCGTTAAAGTCAACGTATTGGCTGAAAATTTGTCCATTGTCACGGAGCTCTGCAAATTCCTCAGCCGTCACGACAAACTTCCCTTCACCGTGCGAAACAGGAATAGCGTGGATATCGCCCACTTGCACACCAGCCAACCATGGTGAGTTGGTATTGGCAATACGAGTTTCCACCATCTTGGCCACGTGTTGGTTGGCATCATTGTAGAAGAGGGTTGGACTAGTACTGTTAGCATCTTCAAAGTTTCCGTATGGTAGGAGACCCGATTTGACTAAGGCTTGGAATCCATTACAAATACCGATAATCAAGCCACCACGGGCGATAAAGCTATCAATAGCCACACGCACTTTTTCATTAAGCAGGATATTGACGATAAACTTAGCTGAACCATCTGGTTCATCCGCAGCCGAGAATCCACCGGCAAAGAAGAGAATATTAGTCTTGTCGATATTGTCAACCATAGTTTCAACTGACTTGACAATAGCTTCTTCATTCAAGGTCACGAATGGCACCAAATTGACCTCTGCACCTTGTTTTT,TACTATTTTTGGTTCATTTTACTATATCACTTTGGACTATATCGGTCTAGTTATGTCTAAACGATTATAGCTGGATACTAAGAGAAATCAAAAAAGCACTAAGGGAGAACGTCCCAAAGTGCTTAATATCAAGGCCTCAAAGCCTATCTTATTCAATAAAATATTACAACATTTTGTTGTAGAATTCAACGACAAGTGCTTCGTTGATTTCTGGGTTGATTTCGTCGCGTTCTGGCAAGCGAGTCAATGAACCTTCCAATTTTTCAGCGTCGAATGATACGAATGCTGGACGTCCAAGAGTAGCTTCTACTGCTTCAAGGATTGCTGGAACTTTCAATGATTTTTCACGAACTGAGATCACTTGACCTGGAGTTACGCGGTATGATGGGATATCAACGCGTTTCCCGTCAACAAGGATGTGACCGTGGTTTACAAATTGACGAGCTTGACGACGAGTAGTCGCGAGACCAAGACGGTAAACAACGTTATCCAAACGACGTTCCAAAAGAAGCATAAAGTTGAAACCTAGGATTCCGCCTTTGATTTTTGTAGCTTGTACGAACAAGTTACGGAATTGTTTTTCACCTACACCGTAAGTGAAACGAAGTTTTTGTTTTTCAGCCAATTGCAAACCGTATTCTGACAATTTAGAACGGTTGTTTGGTCCGTGTTGTCCTGGTACGTAGTTACGACGTGCCAATTCTTTACCTGTACCTGTAAGTGAAAGGCCAAGGCGACGAGCTTGTTTCCAAGATGGTCCTGTATAACGTGACATATGAATGTCCTCCTGATATAAATAATATTTCGGTGGAAATAGTCACTTAGAAAGCCCTGATTCGTGCAGATGCCCTTCGCCTAAACAGCCAAGGTTACTTATCATAAGACACCTGTTGACGAGCTTCATGCTTTCCTGCTGATATTTCACACAAAATCCATTCTACCATGAATAGCTGGATTTGTAAAGGGGTTTTAGGCTTTATTTTCACTACCAGAGAGGTTGAGAACGAGGGTAAAGGTACTTCCTAGACCGTACTGGCTGCTGACTGTGATTTCCCCACCCAATTGATGGGCCAATTCACGCGCAATCGCAAGTCCTAATCCATGACCACCTGTCTTCATGTTACGCGAAGTTTCGACACGATAAAGGCGTTTGAAAATATTTTCCAAATCCTCTGGGGCAATACCCTGCCCTTCATCGGTCACACTGATTGAAAGCTGGTCCTTCTCCAGCTTAGCCACCACTTCCAGCTTGGTTCCTGGAGCAGAATATTTAAAAGCGTTATCGACCAGATTCACCAAGATACGAGAAAGCTTAGCATAATCTCCCTCAATCCGGGCAGACTCTGGGATTACCTGCAAGTGGACATCTCTTCTCTCCTGCTCAATCAAAAACTGAAATTCACTCATGCACTCAATTAAGAGCTTGTCCAGAAAAATACTGTCTTTACTGGTAGTTTCCACCTGATTTCTAGCTGTGTTTAGGGTCAAAAAATTCAACTCCTCAACCAGTTTATTGAGCCTCTCCGTCTGGCGTCCAATGGTTGCTAGATAATGAGCTTGCTCCGACTCCTTGATAATCCCATCCAAAATCCCTTCTACCGTCGCTTGGATCGAAGTGATAGGGGTCTTAATATCATGCGACAACTGGGCAATCATCAAGCCCTTTTCTCGTTCGCTTTCTTCCAAGGAATCAAAGCTTACCTGCAAATCATGGGACATCTCATTAAAAGTTTGCCCTAATTGCTGAAATTCTACAGGACCTTGAACCTCCAAATTTGAAGGAAAATCCTTGGCCGCTACCCGCTTGGCATGCTCCTTGAGTTTGCCCAACGACGTAAAGACTGGCAATAGGAGAAAGAGACTAATCCCAGCACCGACAAGGCTGGCAACGATGGTCATCCCAAGCAAAAAGTAAATCTCGCCTTTCGCAATCAGCATTTTTTGAACAGCCCAAAAAACAACCAAAATGGTTAAGAGGGTTGAAATAATATATCCAACCAAAATATAACTTTTTAGTTTCATGTTTGTCCTCTCGGTTTCTCTATCTTATATCCCAACCCCCAAACTGTCTTAATAGTGGGAGTTTGGTCACTACTATATTTTGCCAGCTCCTGTCGAAGAGCATGGATATGCACATTCAAGGTATTGGTGTCATCCACGTAGTCTTCTTTCCAGATCTTTTCATAGAGGTCTGTCTTGGAGAAAACTCGCTCTGGATTGCTAGCTAAAATCCACAGCAATTCAAATGATTTAACAGTTAAATCCAGCATTGCTTCTCTTATT,TGGGTTTTTTCTTGAACAGCTCTAGCGCTTCCAGTCCATCATGGGCTACCAAGACCTGATAACCTGCCTGAATTAAGTATCTCTGATGAATATCTGTGATTTCTACCTCGTCGTCAACGAGTAAAATTGTCTTTCCCATCTGTCTCTCCTTTGATAAAAACAGTGCTATACTGCTTTAAGTATAACACTATTTTTATTGTTTTACGATGATTTTAATCTGCTATTGAAAGAAAGTCCTGATTGCTGATTGAGTTGTTAAACTAATCTTAGTCAGCCCACTATCCATCATTTATTTCCTTAGCTGATTAGTTTTCTTCTTTTTTGTTTTTCAAACCTAGACCACCGAGTAAACCTGCAAGCGCAAGCCCAAGGAAACCAATACTTGCCATTGATGTTTGAGTCTCACCAGTATTTGGTAGCATAGCTTTATCCTCTGACATCATCGTATCAGACATCTTGTTAGCAGAAGCAGCCATGTTTTCACCTGCCATCGTGTTGGTAGAACTTGTCATGGTGTCAGCAGGCATGCTATCTGTAGTACCTGTAGCATGATTGTGATTCATCGGAGTCACGCCAGAACCAGAGTTAGAAGGTGATAATGAACCATTTGCTGTGTCTGATGTTTCTTTAACATTTATCTTAATAGTGACTTTTTTAGT,TTCGATAACAAGCTTAATAAATCAATAATTTCTTCTTTTATCCCCAACCTGTGGATAAAGTTTGGTAACATTGTGGATTATTTTTCACAGCTTGTGGAAAATTCTTGCTATCTATGGTAAAATATCTCTAGTATTAAACTTTTA,TCTGTCTCTTGAACCGCACGCACACGCGCTTCAAACTGAGCCAAGCCATCTGCCTCTAAAAAGCTTTTCAAGTTCTCACGACTAAAGAAAATAGGATTAAAAATT,CCATTCAACTCAGTGTTCCTCTTATCTCAGATGAGAATGAAGGAGCAACCTAGTAC,TTGAAGAGATTTTCGAAGAGTATAAGTCTCTACATAATAAAACGCATAGTACCAAGGTTCTTATGAACTGCACCCCAAAAGTTAGACAGAAAAAATCTAACTTTTGGGGGTCAGTACATTCAACACCTGATACTATGCGTTTTTTTAATTTTAGAGATTTTTTACAACTTCTTTTGACTCACATTAAACTATTCTAATAGTTAATAGACCTTTGCACATATCGTCTCAAAACATTCATTTATTTCCGTTTAATCAAGTATCGGATAGCCTTTTCTAGGCGTTCCTTTTGAGCTTCAGAATCATCTAGGGGCTGATTGATACATTCAGTAAGATTTTCGGTAATTATCATCTCAATCACGCGCTCTACACTAGATTTCACTGCTGTCAGTTGCGTCACAATATCAGCACAGTCACGATCTCCTTCAATCATCTTTTGAATCCCACACAACTGGCCCTCTGAACGTTTCAAACAAGTAATATACTTTGAATTTGTCAGTTCTTTTTCCTTGCTCGATTTTTCTTCATTATATCTCTAATCAGCTTCTTTGTCAAAATTCTCACGCAGTTCTGTTACCAAAGACCGTTCAAAAAGCAAACTAGCAATACTTATAACTTATTAAAAATTCCTAATTTTACCTTGCTAAACGAATACGGGTCACGATGCCATCTGAGTCTGTGATTTCCAATTGGATCGATGTCTTCCA,GAGGAAAATGTTGCCACTATATTTCTACCTCGCTCTGAAATGGAAATGGTCTGGGAAAAACAACTAAAAGATATTATTGTAGTAGCTGGTTTTGAAATTTATGACGCTGAAATAACTCCCCACTATATTTTCACCAAACCTCAAGATACGACTAGCTCACAAGTAGA,ATTGGTCACGTCAATTTTTACTGTTGATAAAATAGGAATGGCATTTTTAGAACTAATAGCTCTCTTAGTAGTATTTAATGCTTGTAGAAATAAATTTTTATTAATTGAAAAATGAATCATGGATTCTCCTTTATTTATTTTTAGTATTAGAAAGATAATAGTAATAATAGAGTCTGTGAAATCTGTGGAAAACAGCCTTTAAACAAGTCATATCAAGTTTTTTAGCTTGTTTAAAAAATGTGGATAAAAAAGATAAAAAACTAAAAGTTATCCACAAATTATTTGATTTTCTTTTTGATTGATTCAATTTCTAAACGTAAATTATCGTCTTGATCAATCAAAGATTTTATTTTGGCATGGGCATGAATGACTGTGGTATGATCTTTTCCCCCAAATTCCTTCCCAATTTTTGGAAGACTATTATCTGTTAGTTCTCTAGATAAATACATGGCTACTTGACGGGCCAAAACAATATTTTGAAGGCGTCTACTTCCCTTCATTTCTTTGATACTAACACCATAAAAGTTACCAACTTCAGTTTGGATTTTATCAATTGGGATGACGAGCATTTGGCTAACATCTTGTTTGCGGGCTCTAATGGCTTCTGCAGCAATATCAATAGTGATATCCTTGATTTTTTTTACTCTGGCAATTAAAGTGATGTCGTTGATGGCTCCCTCAAGATCTCGAACATTTGAATCAAATTGCCCAGCTAGGTATTCTAGAGTATCACTTTGGAAATTGTAGCCTAAATGTTCCGTCTTACTTTGTAAAATGGCAATACGTGTTTCAAAGTCAGGGGGTGTGATAGTTTGTGTCAATCCCCAACTAAAACGCGTGACAAGCCTCTCCTCGAGCCCTTCTAGATGTTTTGGACTACGATCACTCGTTAGGACAATCTGTTTTTGCTTGTCATGAAGGGCGTTAAAGGTATTGAAAAATTCTTCCTGAGTTGCGACTTTTTTTCCGCTGAGTGACTGTATATCATCGATTAACAAAAGATCAAGACTACGATAGGTCTTTTTAAACTTTTCCATTTCCCCAAGTCTTAGGTGATCAAGAAAGTCATTAATAAAGCTTTCGGCAGGGATATATTTAACACGCGCATTAGGAATATTTTTTAGAATTTCATTTCCAATAGCGTTTAATAAGTGAGTCTTACCAAGGCCTGGTCCTCCATAGATAAAAAGAGGGTTATAGGTCAGAGCCAAATCTTCAGAGACAGCTAAAGCGGCTGATACAGCCCAAACATTTCCATCCCCTTGAATAAAGTTATCAAAGGTATACTTTTCTTTTAATCCCGTATCTGAATAAGGAATAGATACTAACTTTGGACTATAGTCATAAAGAGTTAAATTTGTAGCTTCTTCAACTTGTGAGCTAGTCGTATCTTGCGGTT,ACACCAAAATTGTTAAATTTTTTTTGTGATGTCTTAGAAAGGTTGATTTAACAATGTTTGAGACATTTGAAAAAATAAAAGAATTGGCAAAAAAGCGTGGAAAAGCTCTTGGACAAGTAGAAGAAGACTTAGGTTATGGTAGAAATACACTCTATAAGATAAAAAATTCTACGCCAAACGCTGAACGTATCGCAGAAATTGCTAATTATTTCAACGTATCCACCGACTACCTGCTCGGACGAACAGATAACCCTGCTATCGCTGGGAGTGATGAATTTGCCCAAGTAAACGGACAAATCATAGACTTACGCAAAGCAGCAGCCAACACCATGTTATTTGACGGGAAACCACTAAATGAAGATGATATCGACTTCATTACATCCGTCCTATCCGCCCACTTCAAAAGCAAAGGAGAACGCTAATGACTATCACTATCAACTTCACAGAAAAAAATTCCTACATTACGGACTACCTAAACAAACACGGTATCGACACAACGACCATGGATTTTGACGACTTCATGGCACTCATGGAAGATATCGAAGACGCACGAGCAGCCGACCAAGCCTATATGGAGTATTTAGCCGACCCAGCTACTTATACCATGGATGAGGTCTTGGATGAACTAGGACTAACTCGAGAGGATATTGCTTAATGTATCGGCTAGATATTGATAAAAAAGCTCTCAAGCAACTTAAAAAACTAGATACCCCAACCAGAAAACAAATCCTATCCTGGCTTGCTAAAAACATTGAAAACACGACCAATCCACGACAACACGGAAAAGCACTAAAAGCCAACCTTGCAGGTTACTGGCGATACAGAGTAGAGAATTACCGCATCATCTGTGATATCCAAGACGATAAACTAGTCGTCCTAGCCGTGGAAATCGCCCACCGCAGAGATGTCTATAAATAACGAAGGAGAACTATGACACTCGCTAAACTCTGCGAAGAATATCAAGTAGAACTTTGTCTCTTCGACGGTTCAAACTGGCACAATAGCGGTTTCTACAATCCAGACACAAACGTGCTCGCTATTGACCACAACTTGACTCCTGAACAACAAATCCAAGTCGCCCTACACGAACTTGGACACAAAGACCACACACGCTCAGAGCACCAGAACGCCCGTCTACGCTGTGAAAACGAAGCTGATAGGAATATGATCCATCATCTCGTAAAAGACGCTCTAGAAAACTTAGACGACCCCACAGAGTTTGATTACCTCAAATTCATGTCTTACTACAATCTAAAAACCATGACAAATGAAATCATGGTTAAAGAAGAGTATTTAGCATTAGTAAATTAAAAAAAGGAGTATCAATATGGAAATTGATAAAGTAAAAGCCGATTTAAAACAAGTCGGCAAACGTGTAGCAGACCTCAGCCAAAGCATTACGAATGAAGAACAAACAAAGAATGCCTTCATTATGCCGTTCTTCCAAGCGCTTGGATATGATATCTTCAATCCACTTGAATTTGTCCCGGAATTTACTGCCGACGTGGGCATTAAAAAAGGCGAAAAAGTCGACTATGCGATCATTTTGGATGGCGAGCCTCAAATCCTAATTGAATGTAAATCAATTACAGAAAACCTTACTAAGCACGACTCTCAACTATTCAGATATTTCGTAACTACTAAATCAAAATTCGGTATCTTGACAAATGGTAGAGAATATAAATTCTTTACTGATTTAGATGAGCCAAATAAAATGGACACAACTCCATTCTTAACAATCGATGTGACTGATATCAAAGAAAATCAATTTACTGAAATCATCAAATTCCACAAAGAGAATTTTGATATTGATAATATTGTTTCATCAGCTTCTGAATTGAAATACCTCAACAATCTTAAAGCGTTCCTTACTGAAAATATCACTACACCGTCAGATAGCTTCCTCAGATATCTAACTTCTGAAATCTATGAAGGGCGTGTTACTCAAAATATCTTAACGACATTTTCTCCCATTATTGTGAAAGGGTTTAATCAATTCATCACAGAGCGAGTTAATGAAAAATTAAGTGCTGCACTTAATACAAGCGTTGAAACCAAAGTAACAACCGATATTCCAAAAGTTGAAGCTGAAGCTGAAGAGATTGTCGAAGTAACTGACGAAATTATCACAACTCCTGCTGAATTAGAAGTTTATACTGTTGTTAAAATGCTTGCTAGGGATGTAGTTTCTCCAGAACGTGTATTTTACAGAGATAACCGTAGCTATTTCAATGTTTTGGTTGACGATAACATCAAAAAATGGGTATTACGTTATCGTTCAAATTCAAAAAAAAGCACTATCGAAATCCGTGATAAAGGCATCTTCCCGGTGTCTACCCCTCTCGAAGTCGCAAATTATGCCAATGAAATTTGAGAAGTAA,ACGGGTACGCTCCATTGACTGGCGTAAGTTTACCACATTAAAAGTAATAGTAGTGTTAAAGTCTGTTGGAATCAAGCGATCTGTATCAGGATAGTTTCCTTCTAGGAGACGAGTATAGAAGCTAATATTTTCGCTTCTAAAGAGGATTTGGTTATTGGCAAAGAAAATCTCTACAGTTTCGATATCATCTGTAAATACCGCTGAAAATTCGCGTAGAGAACGGCTAGGAATTACGACATCAAAATCATCACTATTTTTTTCAAGAGTCAATTTTTTCTGGCTTAGGCGATGAGAGTCTGTTGCAACTGTTTTTAACTCTTTGTGTTGACTCAATACGAAGTGGACACCTGTTAAAATCGGACGACTCTCTTGTGTACTTGCAGCAAAGGCTGTTTCATTAATAATTTTCTTGAGTAATTTTGTTTCAAGTATTAAAGGAGTGCTTGCTGAAATTTCTTGGATTCGTGGATATTGTTCGCTATCTTTTCCTTTTAGGGTAATTTCTGATTTGCCACTGGTTAAAACAATTTGATTTTGTTCAATTTCTTTAAAATCAAGAGTCACATCAGGTAAACTAGATACTACATTGATAAAGAAAGAAGCTTCAAGAAGGATCGAACCTAAAGAAGTAATTAACAAACCAGCATCTTCATTTTTTTGAGAAATAAAATTTTCAATTGAAATTTGACCATTTGAACCAATTAAAGTAATACCTTCATTGGTCACGTCAATTTTTACTGTTCA,TCGCAGCTAGATTTCTTGCTTGGGGAGTTTTTTTCTCCATCGTTACTGAGACTTTTTTTAATTTCTCAGGATA,TTACCAGAAACCAATTCTAACTTCTTGTATTTAGATTTTTGTCCACCTTCCTCTTCTTTACAGGATTCCATTATCTCTTTCAAAAAGATATCAAAGTCATATATTGTTTGTTTATCATGGGTCATTAGTAAAACTCTAGTATTACTATTCCCCTTAAAAAATCTAGTTAAACAATATTTTAAATACGAGGTTATTCCAACTTTATTTTCCATATCAAAACTAGAAATTGGATCGTCAATAACAATAAAATATTCATGACTATAAGCATCTGCTAACTCTCTCTGTTGAATTATCTCAGTAAAGAAATAACATAATGCCAGCGCATTTCGTTCCCCTACGGAAACCCTACTGGGGACCACAGACTTACCTCTTGATAACAGATAGTATTTTCCGTTTTGATTCTGTATAGCTAACCGATTTTTTGAAAAAAATATGTAATTTAAACTTTTATTAATTTCATCAACTGCAATATCTATATTAAGTTTCTTGTCTTCTAAATCAGAAATCTGCTTCTCATAATCCTTTACTCGTTTACTACTGTTATTATAATTATTTTCACAAATTGCTTTTTTATTTGTTTTCTCTTGAAACTTTTTGTATGCATCTTGAATTTCATAAAAAGCTAATTCATTATTTATTTGAAGGAGATCTACTTTTAACTTTTGAATACCCGAGATTTCTGAATTATGTTTGATAATTGCTTGGTTAATTTTTTCAATATCATGCTCTGCTTGACTTAATTCTTGAGAAAAGCTTATATTAGGTAACTCAACTATATTATATGGATTATCAATCTTCTTATCGATTATTGAGTTAATTTCGTTAAATTTAGCATTCAAAGCATTAATACTATTTTGATAAGACTGAATTAATATTGGATCTATCTGTTCATAACCAGAAAAATCTTGATTAATCTCATCAATTTTTTTACCTCTCAATGCGGATTGGTGTTCTTCGACTGCTCTTGATAGTAGTTTAGTTATGCCATTCGTGAGTTCAACTTTAACATCTTCTGATACTGATTGAGTACAGAAAGGACATTTTTTTTGATGTTCATCTTCAAAGAAATCTTTAACTTCTCTCAAATGACGTTCACCTTTTGTGGAATCAGATAATAATGTCAGTAAATACTTATCCCTAGAATTCAACTCAGGTTCTTCGATTTTTTCAGACAATAAAGTTGATAATTCATTGCTATCAAAATTAATATCAGGTAAAGATAGTTCATTATTTATAGTAACTGCGGAATCTCTTATTGAAAAATATCTAGCTTTTTTATTGTTGAATTCAACCTCTAACTCATTTTTATCTAAGATTGGTTGTAAATCAACAAAATTTTGAAAGGTATTATTATGAACGGGAGATGCAGCTCGATTTCCTTTTATCTCCCTATCTCTTTCGGCCCAGTTGCCTACTCCTTTCAAAGAATCTGTCATTTCCTTTTTCCAAAAATCTGGAGATTTTTCATTTTTTTCATCTAAATATTCTTCATATTCAGCATAATAATCTTGAGATTCAATTTGTGATTCTGATAACTGCGTTCTTAATCTATCCAGTTCCTCATCGATATCAACCTGTTCACCTAAAATTACAATTGTATCTAACCCTTCTTGAGCAATTTTGACTTTCTGATCAACATAGTGTTCATTGAAAACAAATATCGATTTTCGTTCAGTATCACTAAGTACAATATTATTATTATTTTTATCAATAAATGATACTCTATCTGTTCCAATCTCACCATTTTTTAATTGATTTATTCCTCGAGCAATGGTACTTTTCCCTGAACCATTCCTTCCAAACAATAAACTTGCCCTATCGTTTTGTACTGGATTTGTTCCCTCAAAATTTCCTTCAAAGAGTTCTAATTTTGTTTCATCTTCAAAAATACCTGATTTTATATTAATTCCTTTAATTTTTTCAAACATTTTTTCTTTAGACCCCTCTCCCCTAAAACTCTCCCACACTATCTGGTTCATTACTAATCAAAGTCACATGTCCCATCTTGCGGTTGTGCTTCGCTTCTATTTTACCATACATGTGGAGGTGGGCGCTTGAATTTTCTGTGACATATTTTTCAGCGGCCTCAACATGCTGGCCGAGAACGTTAAGCATGACGGCAGGCGCATGGAGTTTGATGACTGGTAATGGTGCTCCGAGAACACCGAGAATATGGGTGTCAAACTGAGAGAAATCACAGGCTTCAATAGAATAGTGCCCAGAGTTATGTGGTCGTGGGGCGATTTCATTGACAATAACGTCATCATCAGTCGCAAACATTTCCACACAGAGAGTTCCAGACAAGTTGAGTTGTTCTGCGATTCGCACTGCCATAGCTTTAGCCTTGTCTACTAGACTTTCAGAAATGCGGGCTGGTACGATGGTCTTAGACAGGATATTGTTGCGGTGGATATTTTCCTGAACTGGGAAAAACGTCACCTCCTTGCCATTTCCTGACACGATGACAGAAATCTCAAGGTCAAAGTTGACAAATTCTTCCAAGACGCAGTCTGCTGAGTCTGCTAGCGCATAGGCTGCTTCCAAGTCTGCTTCTGAACGAATAACCTTTTGTCCATGACCATCGTAGCCACCAGTCGCAGTCTTGAGGACATAGTTTTTCGACAAGTCGATATCTGCCAAGTCTAGGCTAGAAGTCACGACCTTGTAGGGTGCCACAGTGACTTGAGCCTTGTTTGACAAAAAGTCCTTTTCAAAAATACGATTTTGCGAAATGCGGAGCAGATCTGTTCCTTGAGGGAGTTGTCCATCCTTGATAACGGCATCCAAACCGTCAGCGTCGACATTTTCAAACTCATAAGTGAGGACATCGCAACGGTCTGCCAACTGACGGAGGGCGTCCACATCGTTATAAGGTGCCACAATGATTTCCGCCACGCGAGAGGCCGGGCAATCCGCCGCAGGATCCAGCGCGATAACCTTGTGGCCCATGTAGATAGCAGAAATGGCCATCATCTGACCCAGTTGACCGCCACCGATAATTCCGATTGTTTTAGATGAGCTCATTTGACGACTCCTCTGCGATTTTTCCTTGTTCTTCAGCAAAGTTGGCAAGTGCATCCGCAATGGACTTATCTTCTACAGAGAGGAGACGGAGGGCAAAGAGAGCTGCGTTAGTCGCTCCAGCTTCACCGATAGCCATGGTCGCAACAGGCACCCCACCCGGCATCTGAACGATAGAATAGAGTGAATCCACTCCACTAAGAGCACGAGACTTGACTGGCACACCAATGACTGGAAGGGTTGTTTTGGCAGCTACCATGCCTGGCAAATGCGCTGCGCCACCAGCACCTGCGATGATGATCTTGATGCCACGACTACGGGCTTCTTCTGCATGTTTGAACATGAGGTCTGGTGTACGGTGTGCGGAAACAACTTTCTTTTCGTAGGCTACACCGAAGCGGTCTAGGACTTCTGCTGTTTTTTGCATGGTTGCCCAGTCGGATTTTGAGCCCATGATGATGGAAATTACTGGTTTCATTTCTTCTCCTTTTTCCTCTTTTTCAACAATCACCTTAGCTTGTGAGGGACGGCAGCAGCCACCAAAGGTGTCTCATGCCTAAATTGGAAACCCAAGGTCTTCCAATTTCCCTGAACGATTGGATTATCATCCAATCGTTCTTTCACAACGGCGGTGATTGTTCTATATTAGCTCGCTAACGCTCGCAAACCATACGATCATTAACGTATTTTGTGAATTTTTATTTTTCTTTTTGATAATGGTCTTAGGTGATGGAGGCGGAAGCAAACCTTCGGTTTCATTCCTAAACTTTGAGCCTACGGTCTCCAAGTTTCCCCCTGACCAGAACATTCACTGTTCTGGTCTTTTCACCACGACGACCATTATCGTGTTTGGCGACTACGGCGCGTTATTCTTATATCTTTACTTAATTGCCTTGCTTCCGATATCTGTTCGGTAGAAGAGTCCTTCTATTTTTTGTTGGGATAGTTCTTGGTAGATGCTGGCTTGGGCTTCTTTGACGGTATCTGCTGTGGTAACGAGCATATAAACTCGTCCGCCGTTTGAGAGCAGTGCTCTGCTATTTTCCGCAAACTTAGCCCCTGCATAGTAGGTGATGACATCGCCTTCTGTCTTGGCTGGCAACTCAACGCCCCTTTCATAGTCTAGCGGGTAGCCCTTGGATGCGACAACCACACCCAGAGTCACACCCTTGTCCGTCCACATGATATTTGGCTCCTTGCTATCCAGGATATCTGTGATATTTTGAGCAAAGTCAGAGGTCAAGCGAGGCAAGATAATCTGAGTTTCTGGATCTCCGAACCGAGCGTTGAACTCAATGACTTTCGGTCCATCAGCTGTCAGGATAAGCCCTGCGTAAAGAACTCCCAGATAAGGGCGACCTTCTTTAATCATCCCTTCTAGAACTGGCTTGACAATGGTGTCAACCGCTGTATCAACTACACTCTGTGGTAAGTGTGGAACTGGCGCATAGGCACCCATACCACCCGTGTTAGGCCCTTTGTCGCCATCGTAGGCACGTTTGTGGTCCTGAGCCGTTGGCATGATGTAGAACTTATCACCATTGACAAAGGCAAAGAGTGAAAATTCCTCTCCTTCAAGGAATTCCTCAATAACCACGCGCGCACCTGAGTCACCAAATTTATTGTCCAAAAGCATCTCATGAGCGGCTTCGACCGCTTGCTCAACCGTCTCAGCAACGACGACACCCTTCCCAAGCGCCAAGCCATCCGCCTTGACTACGATAGGCGCACCATGCTTTTCGATATAGGCCTTTGCTTCCTCGAAATCTGAAAATGTGCCATAGGCTGCTGTCGAAACACCATATTTGACCATGATTTCCTTGGCGAAATCCTTGGACCACTCCAGCTCCGCTGCCAATCTTGTCGGACCAAAGGCTTTGAGACCAGCTGCATGGAAATCATCCACGATACCAGCCGCAAGGGCGTCATCTGGACCGATAAAGGTCCAAGCAATATCGTTGGCCTTTGCGAAGTCAATCAATTTATAATGTTCGGAAATAGATATATTTACCAATTCCAGACCATCCAGAGTCATACCGTCATTCCCAGGAGCTACAAAGACTTTTTCCACGTCTTTTGATTCAAGTAACTTTTTAGCAATCGCATGCTCACGACCACCAGAACCGACAACAAGCAGTTTCATTCCTCAACCTCTTTTGCGAATTATTTACCAACATTATATCAAAAAAGTTCGTTTTAATCTTGTTTCAGTTAGCATTTTAAGCCAAAAAAGGAAAGAAACTGTTTTCTTCCCTTTTATCTTCTTAATGTCTAAAATGTCTCACACCTGTAAAGACCATAGTCAAGCCGTATTTATCCGCTGCTTCGATGAATTCTTGGTCACGGACAGAGCCACCGGGCTGGATGATGGCCTTAATTCCTGCTTTGGCGATTTCTTCCACGTTATCCGCAAATGGGAAGAAGGCATCTGAAGCAAGGACCGCCCCGTTCAGACGATCTTTGGCTTGGTCAATGGCAAGGCGAACAGAAGCCACACGGTTGGTTTGACCTGGACCAACACCAAGTGTCATGTGGTCGTTGGTCACGATAATACCATTTGATTTGACGTACTTGATAGCCTTCCAAGCGAACTCAAGAGCAGTCGCTTCTGTCTCAGTTGGCTGACGTTTGGTCACCACTTGCCAGTCAGCTGGGCTTTCCTTGACCACGTCTTGATTTTGCACGAGAAGTCCACCGACTACACCTGTGTATTCTGCTTCCACTTCGCTAGCCTCTTGAGCATTAAATGGCAAGGCAAGGATACGCAAGTTTTTCTTTTTATTGATCAAAATAGCTAGCGCTTCATCCGTATAGCTTGGTGCAATGATGATTTCGAGGAAAACGCCGTGCATCTTCTCAGCTGTCGCAGCATCCACCTCACGGTTGAGGACGACAATCCCACCAAAGATAGATACTGGGTCAGACTCATAAGCGTAGTCCCAAGCAGTCTCGATGTCATCAGCTTGACCAATTCCACATGGATTCATGTGTTTGAGAGCCACAACGGTTGGACTATCTTTGAAGTCACGGATGATACGGATAGCAGCATCTGCATCACGGATATTATTAAATGACAATTCTTTCCCGTTGAGCTGTTTGGCTGAAGCAATAGAGTAATCTGTAGGCAAAGCTTTCTGGTAAAAGTCCGCGTCTTGTTGAGGATTCTCACCGTAACGCATTGGTTGCTTGAGGTCATAAGTCAAAGTGAGTTTTTCAGGCTTGCTTTCACCCACTTGAGCTGTGAAGTATTCTGCAATCAAGGCGTCATAAGCCGCTGTGTGACGAAATACTTTGGCTGCTAAACGTTGGCGAGTTTCATAAGAGGTTTCGCCGTTTGCTGCCAATTCGTCCAAAACCACAGCGTAGTCAGCAGGATCTACCACAACTGTAACACTGGCATGATTTTTCGCTGCTGAACG,TAAACATAAGATTTCAGATTGGTCGAAAAAATACATATATATATCTAGTATAATTTTTGGTTCTATTTCTATAAAATATTCCACAAATTATAGAATCTTCCAAAAATAGGTAAGCGCTACCTTTTTGGTGTGGTATAATAAGCATAGAAAAAGCCCGAGCGATTAGGCTCAGGCTTTCTTCTTAGTGATCACGGTCACATGAGATGAATTTAATCTTGTAGTAATCAGATCGTTTGTAAGTTTCACTGTATTCTAAAACTTGGCCAGTTGATTCGAGTTTGGTGATTTTAGTTTGTAGGACAGTAGGGAATTGTTCATCGACTCCGAGGACTGAAGCCGCATGTTCTGGAGTTGGAAAGACTATTTCGTTGATTTCTTCAAAGTGTTCATCATTCATGTGAATGTGGTAGTCTAACTTGAAACGATTATAGATAGAACTATAGTATTCAAGATTTGGATAATTTGCGTTGATATATTGTTCTGGGATGTAGGATGTATGGTAGATATAAACGACACCGTTTGATTCGCGGATACGTTCAATCTTGTAGTAGAATTGATCGCCGCGTAGACCCAATTTTTCCAAGTAAACAAGCTTGTTTCCGCGTTCAATTGAAAGAACAGTTACCTTATCATCTTTAGCATTGAAGAGTTCAATATCTGAAAACTCTACAAGCTTGTGTTTGCGTGCACGTGAAATGAAGGTTCCTTTTCCTTGTTGGCGGACAATATAGCCATCTTTGGCAAGGTCGTTTAAGGCGCGAACAACTGTGATAGAGCTGACATCGTACATTGAAATGAGTTCTGCTTCAGTGTAAAATTTATCTCCACTGCTAAACTGCCCAGAGATGATTTTATTTTTTAATTCGTCTTTTATGTATTGATATTTGGGAATTGCCATATTTTTACCTCTATTTTCCTTCTCCATAGAAAATTTTACCATAAAAGCGAAAAAAATAGTAGTCTTTTGAATAAAAAATTAGAATAATAGTTTGAAAAATTAAGCGATATAGGGATTGCTCATATTTTATAAATGCATTCTATACAAAATTATTTTAGGTACTATATTCCAAATTTAAAGAGCGTTTGAAATGGGTCTAAAAATGTTTGAAACTAATTGAATGTGTGTATAATAGTAAAAATGCAGTAAATATCCCGACAATTTCTATTGACAATTCAAACAGATTGGTTTATAATTAATATAACAACAAATGAAAGCGCAAACTTTCGCGGTCGGAAGGTAGTTTTATGACACGATTTGAGATACGAGATGATTTCTATCTCGATGGAAAATCATTTAAGATTTTATCTGGTGCCATTCATTATTTTAGGGTTCCTCCAGAGGATTGGTATCATTCGCTCTATAACTTGAAGGCTCTTGGTTTTAATACGGTAGAGACTTATGTTGCTTGGAATTTACACGAGCCTCGTGAAGGTGAGTTTCATTTTGAAGGTGATCTGGATTTAGAGAAATTTCTCCAAATAGCGCAGGATTTGGGTCTCTACGCAATTGTGCGTCCGTCTCCATTTATCTGTGCGGAATGGGAATTCGGTGGCTTACCAGCTTGGCTCTTGACCAAGAACATGCGAATTCGCTCATCCGACCCAGCATATATCGAGGCAGTTGGTCGCTACTATGATCAGTTATTGCCAAGACTGGTGCCTCGTTTGTTGGACAATGGTGGCAATATTCTCATGATGCAGGTTGAAAATGAGTATGGTTCTTACGGAGAAGATAAGGCTTACCTGAGAGCGATTCGACAGCTAATGGAAGAGTGTGGCGTAACCTGTCCTCTCTTTACATCAGATGGTCCATGGCGAGCTACTCTGAAAGCTGGAACCTTAATTGAAGAGGACCTCTTTGTAACAGGAAACTTTGGTTCTAAGGCACCTTACAACTTTTCGCAGATGCAGGAATTCTTTGATGAACATGGTAAGAAATGGCCACTCATGTGTATGGAGTTCTGGGATGGTTGGTTCAATCGCTGGAAAGAACCGATTATCACACGGGATCCTAAGGAATTGGCAGATGCAGTTCGAGAGGTTTTGGAACAAGGATCTATCAATCTTTACATGTTCCACGGTGGTACAAACTTTGGTTTCATGAATGGTTGCTCGGCTCGAGGAACTTTGGACCTGCCACAAGTTACGTCTTATGATTACGATGCCCTTCTGGATGAAGAAGGAAATCCAACTGCTAAATATCTTGCAGTCAAGAAGATGATGGCAACACATTTTTCAGAGTATCCGCAGTTGGAACCACTCTACAAAGAGAGTATGGAGTTGGATGCTATTCCACTAGTTGAAAAAGTTTCTTTGTTTGAAACCTTAGATAGCTTGTCAAGTCCTGTAGAAAGTCTCTATCCTCAAAAGATGGAGGAGCTGGGACAAAGTTATGGCTACCTACTTTATCGAACAGAAACAAACTGGGATGCAGAAGAAGAAAGACTTCGTATCATTGATGGTCGAGATAGGGCCCAGCTGTATGTCGATGGTCAGTGGGTTAAAACTCAATATCAGACAGAGATTGGGGAAGATATTTTTTATCAAGGTAAAAAGAAAGGGCTATCTAGGTTAGATATCTTGATAGAAAATATGGGGCGTGTCAACTATGGGCATAAGTTCTTAGCGGATACGCAACGTAAGGGAATTCGGACAGGGGTCTGTAAGGATCTGCATTTCTTACTAAACTGGAAACACTATCCACTCCCACTAGACAATCCTGAGAAAATTGATTTTTCAAAAGGATGGACTCAAGGACAACCAGCCTTTTACGCTTATGACTTTACAGTCGAAGAGCCAAAAGATACTTACCTAGACTTGTCTGAGTTTGGTAAGGGGGTTGCCTTTGTCAATGGGCAGAATCTAGGACGTTTTTGGAACGTTGGCCCAACTCTCTCACTTTATATCCCTCATAGCTATCTCAAGGAAGGTGCCAACCGCATCATTATCTTTGAAACAGAAGGTCAATATAAAGAAGAGATTCATTTAACTCGTAAACCTACACTAAAACATATAAAGGGGGAAAACTTATGACAATTGTAGGATGCCGTATTGATGGACGTTTGATCCACGGACAAGTAGCCAATCTTTGGGCTGGAAAACTAAATGTTTCACGCATTATGGTTGTAGACGACGAAGTTGTCAACAACGATATTGAAAAGAGTGGTTTGAAACTTGCGACACCACCAGGTGTGAAATTGAGTATTTTGCCAGTTGAGAAAGCTGCAGCCAATATTCTTGCTGGCAAATACGATAGCCAACGTCTCTTTATCGTGGCTCGTAAACCAGACCGCTTCCTTGGTTTGGTAGAAGCAGGTGTACCACTTGAAACCCTTAATGTTGGGAATATGTCTCAAACACCAGAAACTCGTTCTATTACACGTTCTATCAACGTAGTAGACAAGGATGTGGAAGACTTCCACAAACTGGCAGAAAAAGGTGTTAAACTTACTGCTCAGATGGTTCCAAATGATCCAATTTCAGACTTTTTGAGCTTATTAAAATAGGAAAAAAATTTTTAGGAGGTCATTGTTATGATACAATGGTGGCAAATTTTACTTCTCACTTTGTACTCAGCTTATCAAATCTGTGATGAGTTGACGATCGTTTCATCTGCAGGTTCCCCTGTATTTGCTGGTTTCATTACTGGTTTAATCATGGGAGATGTGACTACTGGTTTACTTATCGGTGGTAACTTGCAACTGTTCGTTCTTGGGGTTGGTACCTTCGGTGGTGCTTCTCGTATCGACGCAACTTCTGGTGCGGTTCTTGCGACAGCCTTCTCTGTTTCACAAGGAATTGATGCACCGCTTGCCATTACTACAATCGCTGTACCAGTAGCAGCTCTCTTGACTTACTTCGACGTTCTTGGTCGTATGACTACTACCTTCTTCGCTCACCGTGTGGATGCTGCAATCGAACGCTTTGACTATAAAGGTATTGAACGCAACTACTTGCTTGGTGCGATTCCGTGGGCTCTATCTCGTGCCCTTCCAGTCTTCTTTGCCCTTGCTTTTGGTGGTGCCTTTGTACAATCAGTAGTAGACTTCGTTGAAGCCTACAAATGGGTTGCAGATGGCTTGACACTTGCAGGACGTATGCTTCCAGGTCTTGGATTTGCAATCTTGCTTCGTTACCTTCCAGTTAAACGTAACCTTCACTACCTTGCTATGGGATTTGGTTTGACAGCTATGTTGACTGTTCTTTACTCATATGTAACAGGTCTTGGTGGCGCTGTTGCTGGTATCGTAGGTACTCTTCCTGCTGAAGTTGCTGAAAAAATTGGTTTCGTGAACAACTTCAAAGGTTTGTCTATGATTGGTATTTCTATCGTAGGTATTTTCCTTGCAGTGCTTCACTTCAAAAATAGCCAAAAAGTAGCTGTAGCAGCACCTTCTACACCATCAGAAAGTGGGGAAATCGAAGATGACGAATTCTAATTACAAACTTACAAAAGAAGATTTTAATCAAATCAACAAACGTAGCTTGTTTACTTTCCAATTAGGTTGGAACTACGAACGTATGCAAGCTTCTGGTTACCTTTACATGATCTTGCCTCAGTTGCGTAAAATGTATGGTGATGGAACTCCTGAATTGAAAGAAATGATGAAAGTTCATACTCAATTCTTCAATACTTCACCATTCTTCCATACCATTATCGCTGGTTTTGACCTTGCCATGGAAGAAAAAGATGGTGTAGGTTCAAAAGACGCCGTTAACGGTATCAAGACAGGTTTGATGGGACCATTCGCTCCTCTTGGGGATACAATCTTTGGTTCACTTGTACCTGCTATCATGGGGTCAGTCGCAGCAACTATGGCTATCGCTGGCCAACCTTGGGGGATCTTCCTTTGGATTGCAGTTGCAGTAGCGTATGACATCTTCCGTTGGAAACAGTTGGAATTTGCTTACAAAGAAGGGGTTAACCTTATCAACAACATGCAAAGTACCTTGACAGCTTTGATTGACGCTGCATCTGTACTTGGTGTCTTCATGATGGGTGCTCTTGTAGCAACAGTGATTAACTTTGAAATTTCTTACAAGTTGCCAATCGGTGAAAAGATGATTGATTTCCAAGACATCTTGAACCAAATCTTCCCACGTTTGCTTCCAGCAATCTTTACTGCCTTTATCTTCTGGTTGCTTGGTAAGAAAGGTATGAACTCTACTAAAGCTATCGGTATTATTATCGTACTTGCTTTGGCTCTTTCTGCCCTTGGTCACTTTGCACTTGGAATGTAATTCCTTATGACTAAATCATTAATTTTGGTGAGCCATGGTCGCTTCTGTGAGGAGCTTAGAGGTAGCACAGAAATGATTATGGGCCCACAAGACAACATTTACACAGTAGCTCTTCTTCCAGAAGATGGCCCAGAAGAATTTACTGCTAAATTTGAAGCTGTTATTGAAGGATTGGATGATTTCCTAGTCTTTGCGGATCTTCTCGGTGGGACACCTTGTAATGTGGTGAGTCGCTTGATCATGGAAGGTCGTGATATTGACCTTTACGCAGGGATGAATCTTCCAATGGTGATTGAATTTATCAATGCGAGCCTTACAGGCGCAGATGCGGACTACAAGAGCCGTGCTGCAGAAAGCATTGTGAAAGTTAATGACCTGTTAGCGGGCTTCGATGATGACGAAGATGAATAATACTCTTCGAAAATCTCTTCAAA,CAAAAAGTTAGAATTGGTTTCTGGTAAATTACAAGAATTCAAAACTAGTACTCACGATTATACAGAACTACTTGAAATAGTCTTCGGTTATGCATTGGGAAATAGTACACCTACTTCGGAAAGTTTTGTTGGGAATGCAATGAGAAAAATTTTAGAAGCCTATGGTAGTTTTAATTATAAGAAGGGAATTGCCGAGCTAACAACAGATCCTTTAATTGTTGAAAAAATTGATAAAGAATACAGAACTTATTTTGAGAATCTTATGTATAGACTGGTTTTAAACGGTGAAAGTCATTTTAAGGATCCGGTTAAAACTTTGAGTATTGATTTCTTTGATACCATTTCTGATGAAGAACGAAAAAAAACAGCTAGAGATTTACTAGTTTTGCTTTATCTTTTAGATGATTTACATGTTTTAAAACATTTAGAGGGTGTATCAAATGCGGAAAATAGACTTGAACAATGGAAGTGTGAGATTTTAGAATAAGAGAATCATACCATTTGACTTATTGCAATGGTTGAAGTTTGCATGATAGCTGATTAGAGTAATCAAAGGATTATTACTTCCTAATTTTATTTTCTACAAACCCTAATTTAGCATCTAATAATGCAAAGTTTCCTGAGCCTCATAGATAAAAAAGATTTTTAAGGAGAAAAACATGATCAACCGTTACTCTCGCCCTGAGATGGCGAATATTTGGAGTGAAGAAAATAAATACCGTGCTTGGCTTGAGGTGGAAATCCTCTCTGACGAGGCATGGGCTGAGTTGGGGGAAATCCCTAAGGAAGATGTGGCTTTGATTCGCAAGAAGGCGGACTTTGACATCGACCGTATTTTGGAAATTGAGCAGGAGACGCGCCACGATGTGGTGGCTTTCACGCGTGCGGTTTCTGAGACTCTTGGTGAAGAGCGCAAGTGGGTTCACTATGGGTTAACTTCTACCGACGTGGTGGATACTGCCTATGGTTACCTCTACAAGCAGGCCAACGACATCATCCGTCGTGACCTTGAAAACTTCACTAATATCATCGCTGACAAGGCCAAGGAGCACAAGTTCACCATCATGATGGGGCGTACTCATGGTGTGCACGCTGAGCCGACAACTTTTGGTCTTAAATTGGCAACTTGGTATAGCGAAATGAAACGCAATATCGAGCGCTTCGAGCATGCGGCTGCTGGTGTAGAAGCTGGTAAGATTTCTGGTGCGGTTGGGAACTTTGCCAATATCCCACCATTTGTAGAGGAGTATGTCTGCGATAAACTTGGCATCCGTGCCCAAGAAATCTCTACACAAGTCCTTCCTCGTGACCTTCACGCTGAGTACTTTGCGGTTCTTGCCAGCATTGCGACTTCAATCGAACGTATGGCGACTGAGATTCGTGGTCTACAAAAATCTGAGCAACGCGAAGTAGAAGAGTTCTTTGCTAAAGGGCAAAAAGGGTCTTCAGCAATGCCTCACAAACGCAACCCAATCGGTTCTGAAAATATGACTGGTCTGGCGCGTGTCATTCGTGGTCACATGATTACGGCTTATGAAAACGTCGCTCTCTGGCACGAACGCGATATTTCTCACTCATCAGCTGAGCGTATCATCACACCAGATACGACCATTTTGATTGACTACATGCTCAACCGTTTTGGAAATATCGTCAAGAACTTGACAGTCTTCCCAGAAAATATGATCCGAAACATGAACTCGACTTTTGGTCTTATCTTTAGCCAACGGGCTATGTTGACATTGATTGAAAAAGGCATGACCCGTGAGCAAGCCTATGACTTGGTGCAACCAAAAACAGCCTACTCTTGGGACAACCAAGTAGACTTTAAACCACTTCTTGAGGCAGATTCAGAAGTAACATCACGTCTCACACAAGAAGAAATCAATGAAATCTTCAACCCAATTTATTACACCAAACGAGTGGATGATATCTTTGAACGTCTTGGACTAGGTGATTAATTAAAAAATAAACAGCGAGCTTCAATCTCGCTGTTTATTTTTTATCGAAAAGACTTAGTCTTCTTTTCTTTTAGTGAGTCCATAGGCTGCTAGTGTGGACATGAGTCCTGCGACTACTAGTCCTGCAGAATCGTGAGTTCCTGTTTCAGGAAGTTTTTTCTCTGTTACCACAGGAGCTGGATCTTGAGGAAGAGCTTTGCTTTCCTCAGCAGGAGCAGTTGATGGAGCTGGTTGGCTTGGGATTTCTAGTCTTGGTTTTTCTTCAGCAATAGCGGCTTGTCCGTTTTCATCGCCTACATGTGTTACCATAGTTCCGACTTCGACTATTTGAGTAACGGCTTCCTGTGCTACGACACTATTTACAAGTGTTTTCACTTCCTTACCATCGGCAGAAGTGCTCACAGAGTAGAAGTTGCTACGATGTCCATTGACGCCCTTAGTAATGACTTGTGTTTTTCCTTTGAGTAAGAGTGGATTTTCACGAGTCACTGTGGTAAATGGAATTTCTTCTTTTTGGATATCCAGTCTAGGTTTTACCTCAGTAGTTGGTGCAAGACCACTTTCATCACCCTTGTGAGTTACAGGAGCGCCAACTTCAACCACTTGGTTTATAACTTCTTTGGTTACCTGGCTATCAAGGACTGTTTCTGTTGTTTTTCCATTTTCAGTGAGTACAGAGATGTAATGAGTTCGTTCACCTTTGACTCCTGCTGTGATAATATTTTCCTGACCAGCTGGGAGGTTAGGATTTTCTTTCTTGATAACTTCAAATGGAATTTCTTCAGTTCTTGTGATGAGTTCTGGTCTGGTTTCAACATTGGCAGCCACTTCATTTTCATCCAGGCTTCCTGAATGAGTTGCAGCTGGTTTGAGGCCTTGAAGAGCGGCTTTTAGGTTGGCTACAAGTGTGTCAAGCTCAGCTTGTTTATTACGGTTGAGGTTGTAATTTAGAGCTGTTTTAGCTGCGTCAAGGGCCTCAAGACTTTCTTTACTATATCCTTCTAAGTTTGTAGGAATTTTAGCTAATTCTTCGCGGAGAGCATTATAATTAGCACGGAAGTAGTCTTTGTTGTGGTCTGCAAAGGCAGTCATGAGTTCAAAGATTTCCTCTTCCTTGTACTCAGCGCTTGGTCTATCTGCCCAGATTGAAAGCATACTTCCGACTGTTGGAAGATCTACTTCAGGATATTTGGTAGAAGCTAGTTGATTGAATGGAACTTTACCAGAATTTTCAACTGCTTTTGAAAGAGGGTAAGCTTCATCTTGTTTGTGATTGCCTATAACATAATACCAGTCACCGTTGGTATTCAAGAATTTATAGCCTTTGCTTGCTAGGTATTGAGGTGATGCGAGGTTATATCCCCACCAGCCTTTAGACCAGTAAGAAATCAAGACATCTTTGTCAAACTGAACATCGTCCTTGTCTTCATAGTAGAAGCCATCGTTGAAGGCCATTGGTTGAAGCCCTCTTTCTTTGGCCATAGCTGCGAGGGTGTTGGCATATTCGGCAAATTTGCCATAGAGTTGATACCACTTGAGGTAGTACCAGCCTTGGGCACTAGTCGCATCGTTGGCGTATTCGTCAGTACCAAAGTTGAAAATCTTTGTTTTACCTGCAAAGAAGTCCATGTATTTACCGATGAGGGCTTTTACAAAGTTCATCGCTTCTTCGTTTTTCAAGTCCATAGTTGTTTTTGAAACTTTATCAAAGTGGGCTTGAGGATTTTTAATACCTAATTTTTCCATGGCAACCAGCATAGCATCCATGTGACCTGGACTGTTAATAGCTGGGATGAGACCAATGTCCTTAGATTTAGCGTATTCAATTAGCTCTGTCACTTCTGCCTGTGTTAGTGCAGTACCGTTTGGATCGTCGTAGTAAGCTTTAGTTCCTTCGATAATAGCTTTTTTAACGTCATCACTAGCATAGGTTTTTCCGTTGGCAGTAATGGTCATATCATTGAGTAGAAAGCGAAGTCCGTCATTTCCTAGAAGGAGATGGACATCAGAATATCCGAGCTCACTGGCCTTGTCTACGATGCGTTTGAGCTGGTCCAGAGTAAAGTATTTGCGTCCAGCATCGATTGAGATTACCTTGTTTTTGGCAAGTTTTTCAACCTCACGTTTAGCTTCTTCTTCTTTTTGAGCTTCAGGCGTGAGGGTCAAGTTGTTGACAGTTTCTTGAAGTTTAGCAATGGCTTGATCAATCGTATCTTGTTGGGCACGGCTAAGGTTGCTATCGAGAGAGCGAATAGCTTTTTCAGCTTCTTTTACGGCCGCGACGCTTTCTGCAGTATAACGGTTCAGGTCTTTTGGTACCTCGTTAAGTGCTTGCTCTGCAGATTCATAATCAGCTGCGAAGTATTCAGCGTTGGCATTTGCAAAATGACGCATGAGTTTGAAGAGGTGTGATGGTGAATAACGTGCAGATGGAGTGTCAGCCCAAGCAGCTACCATACCACCGATGATTGGGATATCAGCTCCTTCTGTTTTTGGTACAGAAGTGATTGGTGTGTTTTTAATACCATTGAGCCCCTGATCGAGATTGTACCAGCCTTGGCCATCAGCGTTTCGTCCAAGAACGTAGTACCAAGCATCATTGGTATTAAGGATTTGGTGACCTTTTTCAGCTAGTAGTTTAGAAGAAGCGACATCGTAGCCTCCCCAACCACCAGTCCACATAGAAACGATGATGTCTTTGTCAAAACTACCAAAGCTTGTGTCGCTATTGTAGTAGATACCGTCGTTAAAGGCCATTGGTTTGAGACCGTGCGATTTTACAATACGAGCGAGGTCATTGGCGTAGGCAATAAATTTTTCATAGCCTTTTACAGGGTAGCCTTCGTTTGGATAGTATTTATCAGCTTGAAGCACACTCCAACCTTTAGCATCTGTCGCATCATTGGCATATTCATCAAGTCCGATGTTGAAGATTTCAGTCTTTTTCGCGAAATAAGCAGCATACTTGTCGATAAGGGCTTTTGTAAAAGCGACAGCTTGTTCGTTGTCAAGATCGACAGTACGGGCTGATTTCTTCCCAAAATAGCTAAAGTTAGGGTTTTGGATTCCCAATTCTTTCATGGCATTGAGAATCGCATCCATGTGTCCAGGACTATTTACTGTCGGAATGAGACCGATACCTTTATCTTTGGCATAGTTAATCAGATCTGTCATTTGACTTTCTGTTAAGTGATTGCCGTTTGGATCGTTGTAATAATCATTTGTACCTTTTTCAATGGCGCGTTTGACATCGTCACTGGCATAGGTCTTGCCGTTAGCTGTGATGCTCATATCGTCCAACATGAAACGGAGTCCATCATTTCCGACTAATAGGTGTAAATCAGTGTAGCCATAATGTTTCGCTTTATCGATGATTTCCTTGAGCTGTTCTGGTGAGAAATATTTACGTCCAGCATCAATAGAAACAATTTTCTTTTTCGCTAGTTTTTCATTTACAGTTGCAGCACGTTCCTTTCCTGTCTCTGTTTCCGGTTTGTCAGCCTCTGCTTTCGCTTCATCTTTTTTAGCTGGTTTATCCTTGTCAGTCTTGTCTGTATTTGACTCTTTAGAATCAACCTCTTTCGCTTCTTCCTTTTTAGGGCTAGCTTCTTCTTCCTTTTTATTAGCAGTTTCTTTTTCAGCAGAAGTTGGAGTTACCACCTCTGCTTTATCACTAGGAGTTGAACTAACTTCCTCTTGTGGTTTTTCTTCTGTTTTTGGAAGACTAGCTACCTTATCAGTAGCTGGAGTTTCTGTTTCTACAGTTTTTGGAGCTTCTGGTTGAAGCTCTGCTTTAGGTGTTTCCTCAGTCCGATTTTCGGATGATTGAGGGGAATCAGAAACCGTATGGATGGTCGGTTGGTTTTCTGTAGTAGTAGGAGTAACTCCATCGGCTGCAACAGTCTGTGCTTGGAAGGCAAATCCAATTAGAACAGAAGCTGCTCCTACAGCGTATTTACGAATAGAAAAACGCTGTTGTTTTTCATGTTTCATTGCAAAACCTCCTGATTGCATTGTTATATTGATAGCGATTATATAAATCAACGCCTTTATTTTATTTCTTATATTAACGAGAGTCAAGAGGAGATGACAAAAAACTATAATAAGTATAAAAAAATATAAAATTTAAACTTAAGATTTCAGATTGGTCGAAATAATACAT,GGGGACTATGTTGTCCATCATATCCATGGGATTGGTCAATATCTAGGAATTGAAACCATTGAAATCAAGGGAATTCATCGCGATTATGTCAGTGTCCAATACCAAAATGGTGATCAAATTTCTATCCCCGTGGAACAGATTCATCTACTGTCCAAATATATTTCAAGTGATGGTAAAGCTCCAAAACTCAATAAATTAAATGACGGTCATTTTAAAAAGGCCAAGCAAAAGGTTAAGAACCAGGTAGAGGATATAGCTGATGATTTAATCAAACTCTACTCTGAACGTAGTCAGTTGAAGGGTTTTGCTTTCTCAGCTGATGATGATGATCAAGATGCCTTTGATGATGCTTTCCCTTATGTTGAAACGGATGATCAACTTCGTAGTATTGAGGAAATCAAGAGGGATATGCAGGCTTCTCAGCCAATGGATCGACTTTTAGTTGGGGATGTTGGTTTTGGAAAGACTGAAGTTGCTATGCGTGCAGCCTTTAAAGCAGTCAATGATCACAAACAGGTTGTCATTCTAGTTCCGACGACGGTTTTAGCGCAACAGCACTATACGAATTTTAAGGAACGATTCCAAAATTTTGCAGTTAATATTGATGTGTTGAGTCGCTTTAGAAGTAAAAAAGAGCAGACTGCAACACTTGAAAAATTGAAAAACGGTCAAGTCGATATTTTGATTGGAACACATCGTGTTTTGTCAAAAGATGTTGTGTTTGCTGATTTGGGCTTGATGATTATTGATGAGGAACAGCGATTTGGTGTCAAGCATAAGGAAACTTTGAAAGAACTGAAGAAACAAGTGGATGTCCTAACCTTGACCGCTACGCCAATCCCTCGTACCCTCCATATGTCTATGCTGGGAATCAGAGATTTATCTGTTATTGAAACTCCGCCGACTAATCGCTATCCTGTTCAGACCTATGTTTTGGAAAAGAATGATAGTGTCATTCGTGATGCTGTCTTGCGTGAAATGGAGCGTGGAGGTCAAGTTTATTATCTTTACAACAAAGTTGACACAATTGTTCAGAAGGTTTCAGAATTACAGGAGTTGATTCCGGAGGCTTCGATTGGATATGTTCATGGTCGAATGAGTGAAGTCCAGTTGGAAAATACTCTATTAGACTTTATTGAGGGACAATACGATATCTTGGTGACGACTACTATTATTGAGACAGGGGTGGACATTCCAAATGCTAATACTTTATTTATTGAAAATGCGGACCATATGGGCTTGTCAACCTTATATCAGTTAAGAGGAAGAGTCGGTCGTAGTAATCGTATTGCTTATGCTTATCTCATGTATCGTCCAGAAAAATCAATCAGTGAAGTCTCTGAAAAGAGATTAGAAGCGATTAAAGGATTTACAGAATTGGGCTCTGGCTTTAAGATTGCAATGCGAGATCTTTCGATTCGTGGAGCAGGAAATCTTTTAGGAAAATCCCAGTCTGGTTTCATTGATTCTGTTGGTTTTGAATTGTATTCGCAGTTATTAGAGGAAGCTATTGCTAAACGAAACGGTAATGCTAACGCTAACACAAGAACCAAAGGGAATGCTGAGTTGATTTTGCAAATTGATGCCTATCTTCCTGATACTTATATTTCTGATCAACGACATAAGATTGAAATTTACAAGAAAATTCGTCAAATTGACAACCGTGTCAATTATGAAGAGTTACAAGAGGAGTTGATAGACCGTTTTGGAGAATACCCAGATGTAGTAGCCTATCTTTTAGAGATTGGTTTGGTTAAATCATACTTGGACAAGGTCTTTGTTCAACGTGTGGAAAGAAAAGATAATAAAATTACAATTCAATTTGAAAAAGTCACTCAACGGCTGTTTTTAGCTCAAGATTATTTTAAAGCTTTATCCGTAACGAACTTAAAAGCAGGCATCGCTGAGAATAAGGGATTAATGGAGCTTGTATTTGATGTCCAAAATAAGAAAGATTATGAAATTTTAGAAGGTCTGCTGATTTTTGGAGAAAGTTTATTAGAGATAAAAGAGTTTAAGGAAGAAAATTCCATTTGATATTTTTCTTCTATAAAATAGATAAAAATGGTACAATAATAAATTGAGGTAATAAGGATGAGATTAGATAAATATTTAAAAGTATCGCGAATTATCAAGCGTCGTACAGTCGCAAAGGAAGTAGCAGATAAAGGTAGAATCAAGGTTAATGGAATCTTGGCCAAAAGTTCAACGGACTTGAAAGTTAATGACCAAGTTGAAATTCGCTTTGGCAATAAGTTGCTGCTTGTAAAAGTACTAGAGATGAAAGATAGTACAAAAAAAGAAGATGCAGCAGGAATGTATGAAATTATCAGTGAAACACGGGTAGAAGAAAATGTCTAAAAATATTGTACAATTGAATAATTCTTTTATTCAAAATGAATACCAACGTCGTCGCTACCTGATGAAAGAACGACAAAAACGGAATCGTTTTATGGGAGGGGTATTGATTTTGATTATGCTATTATTTATCTTGCCAACTTTTAATTTAGCGCAGAGTTATCAGCAATTACTCCAAAGACGTCAGCAATTAGCAGACTTGCAAACTCAGTATCAAACTTTGAGTGATGAAAAGGATAAGGAGACAGCATTTGCTACCAAGTTGAAAGATGAAGATTATGCTGCTAAATATACACGAGCGAAGTACTATTATTCTAAGTCGAGGGAAAAAGTTTATACGATTCCTGACTTGCTTCAAAGGTGATAAAATGGAAAATTTATTAGACGTAATAGAGCAATTTTTGAGTTTGTCAGATGAAAAGCTGGAAGAATTGGCTGATAAAAATCAATTATTGCGTTTACAAGAAGAAAAGGAAAGGAAGAATGCGTAAATTCTTAATTATTTTGTTGCTACCAAGTTTTTTGACCATTTCAAAAGTCGTTAGCACAGAAAAAGAAGTCGTCTATACTTCGAAAGAAATTTATTACCTTTCACAATCTGACTTTAGTATTTATTTTAGAGAAAAATTAAGTTCTCCCATGGTTTATGGAGAGGTTCCTGTTTATGCGAATGAAGATTTAGTAGTGGAATCTGGGAAATTGACTCCCAAAACAAGTTTTCAAATAACCGAGTGGCGCTTAAATAAACAAGGAATTCCAGTATTTAAGCTATCAAATCATCAATTTATAGCTGCGGACAAACGATTTTTATATGATCAATCAGAGGTAACTCCAACAATAAAAAAAGCATGGTTAGAATCTGACTTTAAACTGTACAATAGTCCTTATGATTTAAAAGAAGTGAAATCATCCTTATCAGCTTATTCGCAAGTATCAATCGACAAGACCATGTTTGTAGAAGGAAGAGAATTTCTACATATTGATCAGGCTGGATGGGTAGCTAAAGAATCAACTTCTGAAGAAGATAATCGGATGAGTAAAGTTCAAGAAATGTTATCTGAAAAATATCAGAAAGATTCTTTCTCTATTTATGTTAAGCAACTGACTACTGGAAAAGAAGCTGGTATCAATCAAGATGAAAAGATGTATGCAGCCAGCGTTTTGAAACTCTCCTATCTCTATTATACGCAAGAAAAAATAAATGAGGGTCTTTATCAGTTAGATACGACTGTAAAATACGTATCTGCAGTCAATGATTTTCCAGGTTCTTATAAACCAGAGGGAAGTGGTAGTCTTCCTAAAAAAGAAGATAATAAAGAATATTCTTTAAAGGATTTAATTACGAAAGTATCAAAAGAATCTGATAATGTAGCTCATAATCTATTGGGATATTACATTTCAAACCAATCTGATGCCACATTCAAATCCAAGATGTCTGCCATTATGGGAGATGATTGGGATCCAAAAGAAAAATTGATTTCTTCTAAGATGGCCGGGAAGTTTATGGAAGCTATTTATAATCAAAATGGATTTGTGCTAGAGTCTTTGACTAAAACAGATTTTGATAGTCAGCGAATTGCCAAAGGTGTTTCTGTTAAAGTAGCTCATAAAATTGGAGATGCGGATGAATTTAAGCATGATACGGGTGTTGTCTATGCAGATTCTCCATTTATTCTTTCTATTTTCACTAAGAATTCTGATTATGATACGATTTCTAAGATAGCCAAGGATGTTTATGAGGTTCTAAAATGAGGGAACCAGATTTTTTAAATCATTTTCTCAAGAAGGGATATTTCAAAAAGCATGCTAAGGCGGTTCTAGCTCTTTCTGGTGGATTAGATTCCATGTTTCTATTTAAGGTATTGTCTACTTATCAAAAAGAGTTAGAGATTGAATTGATTCTAGCTCATGTGAATCATAAGCAGAGAATTGAATCAGATTGGGAAGAAAAGGAATTAAGGAAGTTGGCTGCTGAAGCAGAGCTTCCTATTTATATCAGCAATTTTTCAGGAGAATTTTCAGAAGCGCGTGCACGAAATTTTCGTTATGATTTTTTTCAAGAGGTCATGAAAAAGACAGGTGCGACAGCTTTAGTCACTGCCCACCATGCTGATGATCAGGTGGAAACGATTTTGATGCGCTTGATTCGAGGAACTCGCTTGCGCTATCTATCAGGAATTAAGGAGAAGCAAGTAGTCGGAGAGATAGAAATCATTCGTCCCTTCTTGCATTTTCAGAAAAAAGACTTTCCATCAATTTTTCACTTTGAAGATACATCAAATCAGGAGAATCATTATTTTCGAAATCGTATTCGAAATTCTTACTTACCAGAATTGGAAAAAGAAAATCCTCGATTTAGGGATGCAATCTTAGGCATCGGCAATGAAATTTTAGATTATGATTTGGCAATAGCTGAATTATCTAACAATACTAATGTGGAAAATTTACAGCAGTTATTTTCTTACTCTGAGTCTACACAAAGAGTTTTACTTCAAACTTATCTGAATCGTTTTCCAGATTTGAATCTTACAAAAGCTCAGTTTGCTGAAGTTCAGCAGATTTTAAAATCTAAAAGCCAGTATCGTCATCCGATTAAAAATGGCTATGAATTGATAAAAGAGTACCAACAGTTTCAGATTTGTAAAATCAGTCCGCAGGCTGATGAAGAGGAAGATGAACTTGTGTTACACTATCAAAATCAGGTAGCTTATCAAGGATATTTATTTTCCTTTGGACTTCCATTAGAAGGTGAATTAATTCAACAAATACCTGTTTCACGTGAAACATCCATACACATTCGTCATCGAAAAACAGGAGATGTTTTGATTCAAAATGGGCATAGAAAAAAACTCAGACGTTTATTTATTGATTTGAAAATCCCTATGGAAAAGAGAAACTCTGCTCTTATTATTGAGCAATTTGGTGAAATTGTCTCAATTTTGGGAATTGCGACCAATAATTTGAGTAAAAAAACGAAAAATGATATAATGAACACTGTACTTTATATAGAAAAAATAGATAGGTAAAAAATGTTAGAAAACGATATTAAAAAAGTCCTCGTTTCACACGATGAAATTACAGAAGCAGCTAAAAAACTAGGTGCTCAATTAACTAAAGACTATGCAGGAAAAAATCCAATCTTAGTTGGGATTTTAAAAGGATCTATTCCTTTTATGGCTGAATTGGTCAAACATATTGATACACATATTGAAATGGACTTCATGATGGTTTCTAGCTACCATGGTGGAACAGCAAGTAGTGGTGTTATCAATATTAAACAAGATGTGACTCAAGATATCAAAGGAAGACATGTTCTATTTGTAGAAGATATCATTGATACAGGTCAAACTTTGAAGAATTTGCGAGATATGTTTAAAGAAAGAGAAGCAGCTTCTGTTAAAATTGCAACCTTGTTGGATAAACCAGAAGGACGTGTTGTAGAAATTGAGGCAGACTATACCTGCTTTACTATCCCAAATGAGTTTGTAGTAGGTTATGGTTTAGACTACAAAGAAAATTATCGTAATCTTCCTTATATTGGAGTATTGAAAGAGGAAGTGTATTCAAATTAGAAAGAATAATCTTTAATGAAAAAACAAAATAATGGTTTAATTAAAAATCCTTTTCTATGGTTATTATTTATCTTTTTCCTTGTGACAGGATTCCAGTATTTCTATTCTGGGAATAACTCAGGAGGAAGTCAGCAAATCAACTATACTGAGTTGGTACAAGAAATTACCGATGGTAATGTAAAAGAATTAACTTACCAACCAAATGGTAGTGTTATCGAAGTTTCTGGTGTCTATAAAAATCCTAAAACAAGTAAAGAAGGAACAGGTATTCAGTTTTTCACGCCATCTGTTACTAAGGTAGAGAAATTTACCAGCACTATTCTTCCTGCAGATACTACCGTATCAGAATTGCAAAAACTTGCTACTGACCATAAAGCAGAAGTAACTGTTAAGCATGAAAGTTCAAGTGGTATATGGATTAATCTACTCGTATCCATTGTGCCATTTGGAATTCTATTCTTCTTCCTATTCTCTATGATGGGAAATATGGGAGGAGGCAATGGCCGTAATCCAATGAGTTTTGGACGTAGTAAGGCTAAAGCAGCAAATAAAGAAGATATTAAAGTAAGATTTTCAGATGTTGCTGGAGCTGAGGAAGAAAAACAAGAACTAGTTGAAGTTGTTGAGTTCTTAAAAGATCCAAAACGATTCACAAAACTTGGAGCCCGTATTCCAGCAGGTGTTCTTTTGGAGGGACCTCCGGGGACAGGTAAGACTTTGCTTGCTAAGGCAGTCGCTGGAGAAGCAGGTGTTCCATTCTTTAGTATCTCAGGTTCTGACTTTGTAGAAATGTTTGTCGGAGTTGGAGCTAGTCGTGTTCGCTCTCTTTTTGAGGATGCCAAAAAAGCAGCACCAGCTATCATCTTTATCGATGAAATTGATGCTGTTGGACGTCAACGTGGAGTCGGTCTCGGCGGAGGTAATGACGAACGTGAACAAACCTTGAACCAACTTTTGATTGAGATGGATGGTTTTGAGGGAAATGAAGGGATTATCGTCATCGCTGCGACAAACCGTTCAGATGTACTTGATCCTGCCCTTTTGCGTCCAGGACGTTTTGATAGAAAAGTATTGGTTGGCCGTCCTGATGTTAAAGGTCGTGAAGCAATCTTGAAAGTTCACGCTAAGAACAAGCCTTTAGCAGAAGATGTTGATTTGAAATTAGTGGCTCAACAAACTCCAGGCTTTGTTGGTGCTGATTTAGAGAATGTCTTGAATGAAGCAGCTTTAGTTGCTGCTCGTCGCAATAAATCGATAATTGATGCTTCAGATATTGATGAAGCAGAAGATAGAGTTATTGCTGGACCTTCTAAGAAAGATAAGACAGTTTCACAAAAAGAACGAGAATTGGTTGCTCACCATGAGGCAGGACATACCATTGTTGGTCTAGTCTTGTCGAATGCTCGCGTTGTCCATAAGGTTACAATTGTACCACGCGGCCGTGCAGGCGGATACATGATTGCACTTCCTAAAGAGGATCAAATGCTTCTATCTAAAGAAGATATGAAAGAGCAATTGGCTGGCTTAATGGGTGGACGTGTAGCTGAAGAAATTATCTTTAATGTCCAAACTACAGGAGCTTCAAACGACTTTGAACAAGCGACACAAATGGCACGTGCAATGGTTACAGAGTACGGTATGAGTGAAAAACTTGGCCCAGTACAATATGAAGGAAACCATGCTATGCTTGGTGCACAGAGTCCTCAAAAATCAATTTCAGAACAAACAGCTTATGAAATTGATGAAGAGGTTCGTTCATTATTAAATGAGGCACGAAATAAAGCTGCTGAAATTATTCAGTCAAATCGTGAAACTCACAAGTTAATTGCAGAAGCATTATTGAAATACGAAACATTGGATAGTACACAAATTAAAGCTCTTTACGAAACAGGAAAGATGCCTGAAGCAGTAGAAGAGGAATCTCATGCACTATCCTATGATGAAGTAAAGTCAAAAATGAATGACGAAAAATAACCCTGAGAGAGGCTGGAGTCTCTCTTTTTTGGACTCTTTGTCAACTGTAGTGGGTTGAAAAAAAGCTAAGCTCGAGAAAGGACAAATTTCGTCCTTTCTT,GAAGAAGCACACAGACGGTAATTGGTACTACTTTGACCAATCAGGCGAAATGGCCACAGGCTGGAAGAAAATCGCTGACAAGTGGTACTATTTTGATGTAGAAGGTGCCATGAAGACAGGCTGGGTCAAGTACAAGGACACTTGGTACTACTTAGACGCTAAAGAAGGCGCCATGGTATCAAATGCCTTTATCCAGTCAGCGGACGGAACAGGCTGGTACTACCTCAAACCAGACGGAACACTGGCAGACAAGCCAGAGTTCACAGTAGAGCCAGATGGCTTGATTACAGTTAAATAAATAGAAAGGAAACTTTCTAAATTGTTCTTTCACCGCAGGCTCAGGCTTGCGGTTTTTTATTTGCTCTGATTCTTCAAAAAAGCGTTTTCTTGAAGAATAGGGAGGAGGAATGGCAGGGTATTATTGCCAAAAACGCCATTTTGTTAATAATAGCTCCTTTTTATTTTTTGATTATTGTCAAAAACGGTGTTTTGTCAAAAATAAAAACAGTGACCGAAATCACTGCTTATCAGTTGTAGCAAATTCATAAAGTTTTTCTGCTGTGAGAAGTGCCATTTTGTCCATGCTTGTTTTTCCTTTTCTGAGGTCAGAAACAGTAGTCCATGGAACTCCAGCACCTTGGGAAATAGCAGATGTAGACATCGAACTGTCTAACAATTCTTGAATAACTTCTCTCATCTTATTTGTCCTTTTTATTTTTTAGATAAATATATACATTGACCGCAATTATAAAAATAGCTATTGCACTAACCATTGCTTTTCCTCTTTTCATTTGATAAAATAGAGGTGTGAGGGGCTTTCGCCCCAACCTCTTAGCGTTCACCTTTTTCTTTGACGGGATTTCGGTTTACGCTTTTTGTTTTGCCTTGCGACCGTTATTGCAGTCACCAGACTTGCTATAGCAGTTACCGTTTCAGGGATATTATCTATCGCCTTTTCCAGTAACCTAAGCCAATCTTCTTTGTTCAACTTCCTCACCTCCTTTCCTTATCTTGATTATATTATATCACGGTAAACCGTGAAAGTCAAGCGATTTGATGAAGTTTTTTTGAAAAACAAAGGGGCAAAAAAGGGGCAAAAGTGTCGTAAACCTCTGTAAAACGATGTAAAAAATCAACTTTGCCCTCGCTTTAAAGCTCTAAATTTCAACGTATTGTGAAACAGTGTAAATTATCGTATCGCCTATAATTGTTGTGTGCTCTTTTTTTCGTGCTTTTTCCGAATAAATAAGATAGAATAATCTAGAATAAATGATAATAGAAAAGAGAAAATTATGAAAATTCGTGGTTTTGAATTGGTTTCGAGTTTTACAGATGAAAATTTATTGCCCAAGCGTGAGACAGCGCATGCGGCTGGTTACGACTTAAAGGTTGCTGTGCGTACAGTTGTTGCGCCAGGAGAGATTGTCTTGGTTCCGACAGGGGTTAAGGCTTATATGCAGCCGACTGAGGTTCTCTACCTCTATGATCGTTCTTCAAATCCTCGTAAGAAGGGCTTGGTTTTAATTAACTCAGTTGGGGTCATTGATGGGGATTATTATGGAAATCCTGGAAATGAAGGGCATATTTTTGCGCAGATGAAGAATATCACAGATCAAGAGGTTGTTCTTGAAGTTGGGGAACGTATTGTCCAGGCTGTTTTTGCTACTTTCTTAATTGCAGATGGAGATGCAGCTGATGGCGTTCGAACTGGTGGATTTGGATCGACAGGGCACTAGAATGAAGATTATCTTTGTACGTCATGGGGAGCCAGATTACCGTGAGTTAGAGGAGCGTTCTTATATAGGATTTGGGATAGATTTGGCACCCTTGTCTGAGATGGGACGGCAGCAAGTCCAGAAATTGAGCAAAAATCCTTTACTCTCGTCAGCTGAAATAATCGTATCTTCTGCAGTCACAAGAGCTTTAGAAACGGCTTCGTATGTGGTCTGTGCTACGGGTCTTCCTTTAAGAGTAGAGCCTTTATTACATGAATGGCAGGTCTATAAAACAGGAATAGAAAACTTTGAAACAGCTAGAAGACTGTTTTTAGAAAACAAGGGGGAGTTGCTTCCTAATAGTCCTATTCAATATGAGACAGCTACGGAAATGAAGTCTCGGTTTCTAGAATGTATGTCTAAGTATCGAGAACATCAGACTGTGGTAGTTGTTGCTCATCGAATGCTCATGCGCCAGTTTGTGCCAAATGAGAAGATTGATTTTTGCCAAGTGATTGAGTGTGAGTTAGAGATATAGAAAGAGGTTTGTCATCGCAAAGAAAAAAGCGACATTTGTATGTCAAAATTGTGGGTATAATTCCCCTAAATATCTGGGACGTTGCCCCAACTGTGGGTCTTGGTCTTCTTTTGTGGAAGAGGTTGAGGTTGCCGAGGTCAAGAATGCGCGTGTGTCCTTGACAGGTGAGAAAACCAAGCCCATGAAACTAGCTGAGGTGACTTCCATCAATGTCAATCGAACCAAGACGGAGATGGAGGAATTCAACCGTGTGCTTGGAGGCGGAGTGGTACCAGGAAGTCTCGTCCTCATCGGTGGGGATCCTGGGATTGGGAAATCAACTCTTCTCCTACAAGTCTCAACCCAGTTGTCCCAAGTGGGGACAGTTCTCTATGTCAGTGGGGAGGAGTCTGCCCAGCAGATTAAACTACGTGCAGAGCGCTTAGGTGATATTGATAGTGAGTTTTATCTCTATGCAGAGACCAATATGCAGAGTGTTCGTGCAGAAGTGGAGCGTATCCAGCCAGACTTTCTCATTATTGATTCCATCCAGACCATCATGTCTCCTGAGATTTCAGGGGTGCAGGGGTCTGTTTCTCAGGTACGTGAAGTGACCGCTGAACTCATGCAGTTGGCCAAGACCAATAACATTGCCATCTTTATCGTAGGTCATGTGACCAAAGAAGGAACCTTGGCTGGGCCTCGTATGTTGGAGCATATGGTGGATACGGTGCTTTACTTTGAAGGGGAGCGTCACCACACCTTTCGTATTTTGAGAGCGGTCAAAAATCGTTTTGGTTCCACTAATGAGATTGGGATTTTTGAGATGCAGTCGGGCGGCTTGGTTGAGGTACTCAATCCGAGTCAAGTTTTCCTAGAAGAGCGTTTGGATGGGGCGACTGGTTCCTCCATCGTTGTAACCATGGAAGGGACGCGTCCGATTTTGGCGGAGGTTCAGGCTTTGGTAACACCGACCATGTTTGGAAATGCCAAGCGTACTACGACAGGACTTGATTTTAACCGTGCTAGCTTGATTATGGCTGTTTTGGAAAAACGGGCAGGGCTTCTCTTGCAAAATCAGGATGCCTATCTCAAATCTGCTGGTGGTGTTAAATTGGATGAACCTGCCATTGACTTGGCTGTTGCAGTTGCTATTGCTTCGAGCTACAAAGACAAGCCAACTAATCCTCAGGAATGTTTTGTCGGAGAACTGGGCTTGACAGGAGAGATTCGGCGCGTGAATCGTATTGAGCAACGCATCAACGAAGCTGCTAAACTGGGCTTTACTAAGATTTATGTACCTCAGAATTCCTTGACAGGAATCACTCTGCCTAAGGAAATTCAGGTCATTGGCGTGACAACGATTCAGGAAGTCTTGAAAAAGGTCTTTGCATAATCCGTGACAAATTCTCTTAAAAATGATAAGATAGGAGAAATATTTGACTATCAAATTTTCAAGGAGGGAATCGTGTCGTATTTTGAACAGTTTATGCAAGCCAATCAGGCTTATGTTGCCCTACATGGGCAGTTAAATCTGCCACTTAAACCTAAAACCAGAGTAGCCATTGTGACCTGTATGGACTCACGTTTGCACGTTGCGCAAGCTCTGGGCTTGGCACTTGGGGATGCTCATATCTTGCGGAATGCAGGTGGTCGAGTGACTGAAGACATGATTCGTTCGCTAGTTATTTCCCAGCAACAAATGGGGACAAGAGAGATTGTGGTATTGCACCATACAGACTGTGGTGCTCAGACCTTTGAAAATGAACCTTTTCAGGAGTATTTAAAAGAGGAATTAGGTGTAGATGTGTCAGACCAGGACTTCTTGCCCTTCCAAGATATAGAAGAGAGTGTACGCGAGGATATGCAACTGCTTATCGAGTCTCCCCTAATACCAGACGATGTCATTATCTCTGGTGCTATTTACAATGTTGATACAGGAAGTATGACAGTCGTAGAATTATAAATACTTCATTTAGAAAGAAAGTGTATGAAGAAAAGCAGTATTTTATTTATTTTTATTTTATTGCTATGTATTGGTTTACAGTATGAAACCATCTACTATACGGACGGTTCGAGGTCAGGTGCGGAATATGGACTAATGGGAGTTTCTATCTTTCTAGCTCTCTTTTACATGATTCCGGCTCTTTATTTTCTCTTCCGTATTGGGAAAAAATGGGAATTGCCAAAGAAGGTTTTGATTCTGTCTTTATTGGGAGGGATGTTCCTTTCAGGCTGGTTGTCTAGTTTTGCTAATACTTATATACATGATTTACTGGGGGTTCTTTTCCCAGATAGTCCATTTTTAAATGCCTTTGAAAGTGCTATTGTGGCTCCTTTGGTAGAAGAACCCTTGAAATTATTGCCACTTGTTTTTGTTTTGGCTTTGATTCCTGTGCGAAAATTAAAATTTTTGTTTTTACTTGGAATTGCCTCCGGTTTGGGATTCCAAATGATTGAGGATATTGGTTATATTCGTACGGATTTGCCAGAGGGCTTTGACTTTACTATTTCGCGAATTTTAGAGCGTATCATCTCAGGAATTGCCTCTCACTGGACTTTTTCAGGTCTAGCTGTAGTAGGTGTTTACTTGCTTTACAGAGCCTATAAAGGACAGAAGGTTGGCAAGAAACAGGGTCTTATTGTTTAACTCTCCTTTTGTGGAGTTGGAAACAGAGTTGCCTTTAGCGATTCCAGTGGTTACGGCTATTGCTCTCTATGGTTATTATCATGCTTATTGCTTTGTTGAGAAACACAATGAGTTGATGACCTAGAATATTTTTCAAAAGAATGATGCAAGGGTACAAATATGGTGCCCTTCTTTTATTTTTGATTGAAAAATAGTGCAAAAAGCGCTACAATGGTAGATGGAAAATCTTGTGAAAAGCACAAGCGATACATATATACCGGAGGAAATCATGTCTTTTTCTGATTTAAAGCTGTTTGCCCTTTCTTCTAATAAAGAATTGGCAGAACGTGTGGCGCAGGAGATTGGGATAGAGTTGGGGAAATCAAGTGTTCGCCAATTTTCAGATGGAGAGATTCAGGTCAACATTGAAGAATCAATCCGTGGGAAACACGTCTTTATCTTACAATCAACTAGTTCGCCTGTAAATGACAATCTGCTTGAAATTTTGATTATGGTAGATGCTTTGAAGCGTGCGAGTGCAGAGTCTGTCAATGTTGTCATGCCTTACTATGGGTATGCACGTCAGGATAGAAAGGCGAGAGCGCGTGAGCCAATCACTTCAAAACTTGTCGCAAATATGCTTGAAGTAGCTGGAGTGGATCGTTTATTGACCATCGACTTGCATGCTGCGCAAATTCAAGGATTCTTTGATATTCCTGTGGATCATTTGATGGGTGCTCCTCTAATTGCAGATTATTTTGAGCGGCGTGGTATGGTTGGTTCTGACTATGTGGTTGTCAGCCCGGACCATGGAGGGGTGACTCGTGCTCGTAAGTTGGCAGAATTTTTGAAAACATCTATCGCTATTATTGATAAACGTCGTAGCGTTGATAAGATGAATACTAGTGAAGTTATGAACATCATCGGTAAGGTTGAAGGCAAGACTTGTATCTTGATTGATGATATGATTGATACCGCTGGAACGATTTGTCATGCGGCAGATGCTCTTGCGGAAGCTGGTGCTGTTGAAGTCTATGCAAGCTGTACGCACCCAGTTCTTTCTGGTCCTGCTACGGACAATATCCAAAAATCAGCTATTAAGAAATTGGTTGTTTTGGATACCATCTATCTGCCAGAAGAGCGTTTGATTGATAAGATTGAGCAGATTTCAATCGCTCATCTCCTAGGGGATGCTATCGTACGTATTCATGAAAAACGACCACTTTCTCCACTTTTCGATATTGAGAAAAAAATTTAATGACCAAGCCTGAGATGATTCTCAGGTTTTTTCGTCTTTTTTCCGAATAAATAGATAGTAGCGGTGAATCTAGTAAAGCTAGATTTAAAACTGTGATATAATAAAAAGAGAAGAAATATGACTGTACGTCATCCGGGCATTAGCCCAACCAATGACTTGGTAGCTAAGAAAATCTTTAGCAATCCAGAAATTACTTGTCAATTTATTCGCGATATGCTGGATTTGCCAGCCCAAAATGTGACCATTTTGGAGGGTAGCAATATTCACGTATTACTCTCCATGCCTTACTCGGTGCAGGATTTTTATACCAGTATAGACGTCTTGGCGGAGTTGGATAACGGTACTCAAGTAATTATTGAGATTCAAGTCCATCATCAGAATTTTTTCATCAATCACTTGTGGGCTTACCTGTGCAGTCAGGTTAATCAAAATCTTGAAAAAATTCGTCAGCGAGAAGGTGATACTCACTAGATCTACAAACACATCGCTCCTGTTTACGTCATTGCTATCGTGGATAGCAATTATTTCTCAGATGGCCTGGCTTTTCATAGCGTTAGTATGCGCGAAGACACAACAGGTGAGGTATTGGCGATTACCAACAATGGACAGGAAAACCATCTGGTTAAGATGGCATTCTTGGAATTAAAAAATACAGAGAAACCAGCAAAGACAAGGTTCGCAAGCCATGGTTGGAGTTTTTCGGCAACAAGCCCTTTACCCAGCAACCGCAACGAGCCATTACCCAAGCAAATCAACTGCTGGACTACAAGAGCTGGTCCGAGGAGGACAGGAAAATGTTTAGTCAACTACATATGCGAGAAGAACAAGTCTTGTTAGCACAGGACTATGCGAAGGTATTGAACAAGGACTAGAGCGTGGTATTGAACGTGGTCGTGCAGAGGGTTGTGAACAAGGACGAGAAGAAGGCCTTGAAGAGGGATTAAAAGTAGGTTTAGTAAATCTAGTACGTCAAGGTCTTCTAACACCTGAGGTTGCGAGTGAGCAATTAGGCATGACCGTGGCTGAGTTTGAGTCCTTGCTATGAGTTCATACTTTATATAGTAGAAAGTTGATGGGATGGCAAGTTTATTATCAAAATACTTGTCATTTTTGCTTGACATTTCTATCTTTTTATAAGATATAGTAAAATGAAATAATAACAGGACAAATCGTTCAGGACAGTCAAATCGATTTCTAACAATGTTTTAGAAATCGAGGTGTACTATTCTAGTTTCAATCTACTATAGTATTAGCGAAGTAAGTTATGTCTCGCTATTCGTACAGTTTGGATAGTCGCAAGATTGTCTTTGAAATTTCCTGTTTTAAAGAGAAAAAAGCCTCTTTGACGCTATTTTTTCATCTTTTTGAAAGTTCTATAATGAAGTTAGCCACCCAGCCCTCCTTTTCCTCCTTCTATAGTGAGTTGAAATAAGATGTGAAACAACTCTATCAGGAAAGTCAAATT</SequencePath>
  </AssembledSequencesForEulerData>
  <AssembledSequencesForViralGenomeReads>
    <FilePath>TestUtils\PaDeNATestData\virulgenomereads.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>27</KmerLength>
    <DanglingLinkThreshold>27</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>54</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <AssembledSeqCount>9</AssembledSeqCount>
    <SequencePath>GACCTGGAAGGTGAATAGGATTTAATTTTTCTCCCGCCGTTAACGTTTTTGTAAACTCCTACCATGTAATTCTTTGGAGTGTCTAATAAAATGAGTGAACCGTAGTTAATCATTATCGGTACTGATTCATTAATCCTTAACCAACCTTTCTTACCGAAAATAACAATTCCATTGTCTATTTTGTAGTTTGAGTTTATGATAACTAATGGGAAGTGGGAAGAAAAACTGGCTTGAATTTCGTCTAACTTTTGAACGAATTCTTTCATGGACATGTTGATCAAGTAAATAAATAGAAAAAGAGGTTAAAAAAGTTTTTGGTATCTTAAGATCATTCACCACAAATCTCAGAGTTAATACCGGAGACTAGGTCTTTAGCCGTATTGAATTTCTCCTTTAATACTCTAACTACATGTCTTTTGTCTTGTTTGACATACCATCTCACAACATAATAAGCGTCAGAAAGCGTTTGGAAAGCTTTATGTAGAATGTCTATACACTCCGGATTAATGTCAGACTGAGCAAACTTTACAAGAAAGATCTGAGCGTTTCGTATGTCTTTGTAAATGTCAGGATCATAAACATAGGTGTTTTTTGACCTTTCAAGTAGATCATCAATAATCTGGTTAAATTTTTTTACGTTTTCCTCTATCATGCGGATCACCTTTTATCTTACTCGATTTCATAAATCTTTTTGAGAGAGTCATAAATAACTTCTATAAAGTCAACAATTTCATCAGGGTGATAGTATCTGTGTACTTCATAATTCCATACAATGTTATCACTGAACTTTCCTACTTGGTAATAAACATTCTTTACTTGCTCAATTCTCTCATCAATGAAATCATTCTCGGCTAAGTCTTTTAATCGTAGCAATAATCCATCAAATAAAATAACGGCGTCATAAGGACCAGTTACATGTTCATGTTCAAATTGGCAAATCATGTATTTTATTCTTCCGGCAACCGCATCAAAGT,TAATGTTCGGAAAATCATCTATAAGGAAGCTTGATTAAAACTTACTCCAA,TATTCTTCCGGCAACCGCATCAAAGTTTGTCTAACTTCATAAGGAAGATAAT,TTGTCTAACTTCATAAGGAAGATAATACTTTCTTTTAGATTCGCTCATGTCTTAATCACCTATAAAAATCAATTATCTTCACTATCATCAGTATCAGATTGTTGTTTGAACATGAATACACTATCTTGTATGTCAGTGACCGAACAATCAATTAACCTAAGAATGTATCTGACCAGGTTTTTATAAGCGTTATCATTACCATCAAAGTTCTCATTTATCAAATCAATTAAAAGATCTACTGAGTTACCAATAACCATTAACACTCCCTCAAAGTACTAATAACTGGGCTAAGGGGATCATCAGAATCGATTTTGGTTTCTACTAATTCGAAATAATAATAAGTTATGTCAACTTGATTAGCGAATGTTCTTAACATGTTGATTAGTATACCTTTATCAACTGATAAATTGGGAGTTAGTAAGGTATCTACATAATCGTACAACTTTTTTGATAGACTCTTAAGGTTAGAGACATTCTCTTTTAATTCATAATAAAACGTATCATTCATCCAAGATCACCAAGAAAAGAAGTAATAAAAAGAAAAAATTTTAATCTTCCTCTGATTCGGAATCGTTGGAGTTTTCTTCTTCTTCAGTCTGGTTTGTGTTTGTTAACATGTCTCTAAGTTCTTTAATCCAGTTATGTACACAATAGGTAATGTCTTGCAAGAAACTCAATGTCTCCTTTATCAAGTTCTTGAAGTTATCATTCCTTTCATCAAATTCTCTATCAACAATGTAGATTAATTCGTCTAAGGCGTCAAATCCGTATTTTAAGTTCTCTACCAGGTAATCAATGTATGGATACAGTTTATCCTCTGTGGGTAACTCATTTAGTACAAACTCGAAATCGGAAAGTGTTATTTCGAATGCCTCTTTGTATGTCTTGAGCATGTAAACAATAGCCCTTTTATCTACCATGTCGAAATTCTCTATCATACCTTTTATAGTACTGTAGATCTTGTATGCCAAGTTGTTTAGGTTTGAAGAACTTACATCTAAATGACCAATTAGGGTTTTATTCATTTTGGGTCTGAGTAAAAATTAGTCAGAAAAAGTATTTAAAGTTTTTGGTTAAGAAGAAGGAGAGAAGAAAGAAAAAAGGTTATAATTCACGTGTGGGTATGGGAGTATTAGGGTTAAGAACTATACCTTCAACTTTGTTTTGTCTGTTCTCGTTATTTTTCTTGAATTCTCTAAAAGATTTGTATAAGTTAGCGATAATGTAAGTCACAGTACCCATTACATTCTCAGTCATGTTGAGATCCTTAAGATTTGCGTATAGTAACCTTTGAATGTATGCTAACCATGACCTATAGAAATCTAAAGTGGAGTAAATGTCTTGGGGTTGTATGTTGTCCATTATGTATTCGATTATACTCTTAGTGGTACCTACGACTTTGTATAAGGAATCAATAAAATCATAAAGGTATGGTATGTTTGGGTTATGCCTTACTTTTTCTTCAACGTTAAAAACTAAATCTTCAAGATTATCAAAAACTTCTTCTATTAAATCTAATGCTTCTTTTACCTGGATTTTTTCTTCAACTTGTGCCATGTTTGCTCAAATAATAAATTGTTAAAATCCTATTTAAGCTTTTCTACAACTTCTAAGTTCTCTTTTTATCTGACGCAAAAGTCTCATAATTTTCTTGAGTTTTATGTTTATGCTTTCGATAAGCCATCTTATGATTATGTAGACGGTAAGACCTAGATAGGCTAATAATGAGTTCATTTCCAAGTATTACGCCTCCTATAATTATAAGGAGGGTTAATGGTTCCATTTTCTTAACCTCTCGATAAGGAATGCGTATTCACTTGGAGAAAGTTTTTCAGTGTCGTATAAGTATTTCACGCTTTTGTAACAAACTTCTAGTGGGGGTTTACATGGGCAATAAAAACAAAGAAGATAATTTATGAAAGCATTAAGTGAAGGACTTTTACTGTAATAGAGGTGAATGAGATCACAGCCTAAGGGATCACCTTCCATAACTAAATGTACGGCTCTCTCAAAATTGTGAACAGTTCTTTTGCTCATGAAGATTCACTGGATTCACTGGTTGTATGTTCTCTTACACTGAAGGTTACTTCTTTGTTATTAATTACGAAATTAATCTTGAAGTTGAAGGTTGTGTAAGTGAGAATTAATAGAAAGATTATAATCAAGATGAGAACTTCCATGGTAACTCACCTTATTATTGGTTATAAGTTAAGTCCAAAATTTAGTCCTAGACCTAATCCTAGTCCGTTTTGATCATTGTTGTTATTGTTTTGTTGATCATCATCATCATCTTTTTCTTTCTTCTTCTCCTTTTCCTTCTCTTTCTTCTTCTCTTTTTCTTCTTGTTCTTCACAACATTCTGATGATAAAGTTATGTTAATTCCTAACAATTGATTTATCAAATTCACTAATGTTTGTATTATTCCTCTAATGTCAAGTTCACTAGTGTAGTAAAAGATAGATTCACTAGTCATTCCTAAAATGTTATCTAATAATTGTCCTAAATCAGTCAGTATACCTAATTCACTAACAGGGGCAATAGTTTTCACTGCATGTTGTAAGATTTTAAGGATTATAAGAACAGCTTTAAATAAGTGTACCATTTTTAGAAAATTATTGATTATCTGCCCTGCATTGGTAAATAGGATTAGATTTTCGGATAACTGATCTAGATTAAAGATTATCTCACTAGTCTCGGTAAAGAGATCACTGATTTGAAAACTCTGTTCTGAAGTGATAAAGAATAATTGTGTTATCTCAGAGGAGTGTATTAATGACTCAATGTTAAGTTCACTAATTTCACTCTGTTGTTCTGAGAGTTGATAGTAGATTTTTACTATTTGAGCCATTAGGGCAAGTACATCATCACTAAGTTCAGAAGTTTGTATGAATAGTTCACTTATCTCAGAGGATTGTTCACTTAATTCAGAGTAGATTGGAACTAATGGAGAGGCGGGTAAGTAGTTTAGGTACTTCTCAAAGGTTTTATTAGGGTTATCACATGTGTAAACTGGTATTCCTACTTTAACTAAAACGTCTGGGTCAATGTAAGCTAAGATGGTCAAGAATTGGGCTAATTTTCTGGTATCGTAAGAATTGTTTGTTAGGTAAGCGAATAAGTCACGGGCGCCAATTTCGTTCAATTGCCAGTCTAAACCTTCAGCTATAATTGTCCAGGTTTGTGGATTGTTAACTAGGAAATCAATTGCTTCTATGAATGATCTAGTGTGTAGGATAGCATCTAATACTAACCAGTCTTTATTACTAATCGCCGTCTGAGCTATTAGATCAAATGAAGCGGGGTCAATGTGACCATACCTATACCAAAAGTAAGCGGTTCCTTGTCCGCTAATGTGGAATTTACTTCCACTAACTTCTTCTACAGCGAATGTTTTTGAACTGAATAGGTTTGCCCCAATGTCTATGTCTCCATGATAAATTATCTCTAGTGTTATAGGGAAAGGTAAGATAAGTGGGTTAGTGTATTGTTTGGCAAAATTGAAGACTGTGTAGTAGAAGTACTTTACAAACTTTGGTTTAGTTTCTGTAGTAAGATCAATTGTTGAAATGTATTGGGGGACTGAAAGAGAACCATTATTGTTAGCGTAGCTCATTATCTTACCGTATTTTAAAATAACTTCGTTTACTGGTTCACGTTACTACATACAATACTTCCATTCGATAGTTTGACACATTGTTAACCATTATTTCCACTTCCTGAGTTTCCTCCACTACCTGAACTTCCACTACCTGATCCTCCACTTCCTGAGTTTCCTCCACTGCCTGAACCCCCGCTTCCACTTCCACTACCCGATCCTCCACTACCTCCAGAACCATTTTCGCTGTGTGGATACTCACTTACGCATCCTTGACCAGTAACTGATAGATTAACTGGTGATGGAGGTGTGCCATTAGGTATTGCTGGGCATGCAGGAGGAGTAAAACCAACACCGCATGGACAACAACTTGGACATGAACCGCCAAAGTTTAAGCAAAGGATTATGTATGCCGTTGGATAACTACCTAATACACATCCACAATTAATGTAATTCTGTAATAATCCGGCAAGGAATGAGAATGGATAGATTGTAAACTTTAATCCTCCGGCACCTTTGAAGATACCTACAATGTCGTATGATAAGCATAAACCAAAAGTTAATCCAAATGTTACTAATGTACAAATAGAGTATAGGATAATGTCATACAGATCAATAAAGAGCCCTAGTATAAATCCAATACCATAACCAATAGTGTAGAAGATGTCGCCTATTGCTTGATAGATTCCACTTACTATACCAGGTAAGCATGCATCAGTTAATACGCCTATCAAATAGGGAGGTGAAAAGGCGGAATTATTTTCACCATCAGTTAGTCCTACAGCTAAATAAACGAGTGGGGCGGTAAAAAAATCTAGAATGGGATTAATGATAGAGTATTCAATACCTAGTATAAACTGATCAAAATTCAAGAGAAAGTTATACACAATACAGTAAATGAATCTGGCGGGTACACTAGCTACGAATAAAAGTATTATGGGTAAGTTTGCAAGAAAATCATAGATGGAATCGGTTACTCCAGGGGGTAATAAATCACAAAGTTTTGATGATCTATGTTTTGTAATTAGTGGACAGTGAATTTGTTGAAACTGTTGACTAGGAGGGATCTTACAAATAGGTTCAAGACCTGACCATTGACATAATGGGGGTAAACTTCCGGCGGATTGTGAAACACAACTCATTTACATCACCTTACAGTCCACAAATACATGGGTTCGTGTTTAAGCAAATGACTTTGTGTATTGCTAAGTAGATAAGTGGGTTAATGAAAGCTAGTATAGGGTTCAATACATCAGCAATAATAATACCTACTAGGCAAAAGATCTTATTCAATACAGAAAGTTGTTTTTCACACTGTGTGAAGTACTTTGCAATTGTGGGGTTATAGTTTAAACACTCACCTTTTCCGGACTGGCAGTATTGACACTGTGTTGAACAAACTGGCGGAGTTTGTGCAGTAACAAATGGAATAGCAATTGCCAATGGCGGTAAGAGATTAATCAAAACACAAATTGGGTTAACCTTTGCTAAGCCCGCAAAAATACAAATGAAGAATCTCACTGGCATGGTTATTAGGAATACTAGTATGATAGGTAAATTAGCAAGAAAATCAAGTAAACTGTTATCAACTGAGGGGGGTAGAAGTCCGCAAAAACCCGCATACTTCTTTAAAAACTCTCCTATCTCCGCCACTATTCATCATCTCCATTTGAATACTTTGCTAAGTCTTGCCCTGGAGACTCCTACTAGAAAGAAGATTAGTATTGGTATTAGGATAGGATCTAATGATGGGAAGAAAATGTTGAAAATGTCCTTTAGAGGCAATGCAAAGAGGTACATTAGGTAAAAGAATAATGCGGGGGGTAACAAAGGTAAAGTGGTAACTAAGATGGGTAAGTTAACTAGAATTCCTAAAAATGAGCCTTGTAAAGCAAAATAGTAAATGCAAATGACTTCCCAGAAATTCATTATGTTAAGTTTACAATTCTTGTAAGCTTTCCCTGGGCACATCTGGCTTGGGTAAATCTGACAACTCATACCTTATTCTTCCTAAATTTTTCGATTAGGTAAAGAATCAAGAAGGCAAAGATTGTGATAGTTAGGTCAATGTACCAGTACTTAATGATTATTGTCTTCAGAAAATCCTCTACTTTGTCAAGAATCTTCTCCTTTAGGCTCATGTATTATCGCCTTATACGTATTGCGTTAGCAAAGCCACTATCGCAATACCGAATACTATCATTAAGAGAACAATAATCGTAAGGAATGTAGGAGATCTAAGGATAGTAAGTCCTTCAACTGTCATAGATAATCACTACTCTCGGAGTCATTTAACTGTTGTTTGTATTTATCAATAAGATCTCTTGGGCAAGAACCTTTGTTCATTTTAACATTAATTCTTATTTTACCTATTACAATACCTGCCACAAAGATAAGTAGATAAATGAGAATTGTCTTCCAGTTCATGTCTTACTGAATAATAAAAAATCGGGAAATTCATCATTCAGAGGATGTGGATTCGGAAAATTCGGACTCACTAATTGTTTGGTTTTGATTTGGATCAATTGCAATAGATTCACCTAAATACCTGTGATGAATGAACCGTTTATAAAAGTTTTGTTCATTGTATTTCTGAAGTCTCTCAAAGTACTCTCTACATTCTGGTTTTTGCAAATTAAAGAAAACTCTAGGACCTATTGCAATTAATGGAGGATCATTAGATTCGGAATTAGCATAAACAACATCTGCTGGAAGTGGCGCAATTAAGCAATCAAAAGGTATACAATTCTTACATTCTTCTGATGTAAATACCTTATTAACAAGTGAACTAAAACCGTCAGCGGTGAGTACAAATCCTAGACTTCTTAAAAATGGTTCAAATCCTTTATTTAATAACATCATAGATCCTATAATAAGTTCAATAATGTTCGGAAAATCATCTATAAGG,CAAGGGGGAGACAGTAGAGCATTAGATTTCTATTAATTAGATTATCCCTAACTAATTATTATTTATTCTCTCTTATTATTTTTATGTCTCGCCCCTTTTCTTTCGGGGCATTTCTTTTTTCTCAAGTAATGTATGTGCAAATCAAGTATAAAAATCTTTCTGAACTGTTGTTGTAACCTGCTTGAGTATGTGAGTGAGAGTTGATAGCGTTATTACCGTCTGTTTGTGTTGTTCTAAGGGTAGTGGAAAAAATGTAAGGTGAAGCGGTGAAGGGTTTCTGTGTAACTGTTGTCATGATTCTCTGTGAATGTATTGTGTGAAACTGGTATTTAAGCTTTTTGGTATTTGTGTCATGAGTTGTTGTCATGTGTCTCTGGTTATAATGTGTGTGGTAAAGGTTTAAAAAACTTTCGGTTTGTGAGTGGGTATTATTGTTGAGTGTTTGTGTTTGAGCTAGGTTTTGTGTTTGTGCTTGTTGTGTTATTGGATTGTTGGATTGTTGTATCATTGTTTGTCTGTTTTGTTCTTATCTTACTGGGATTATTTAAAGCTTTCTGTGACCTGGAAGGTGAATAGGATTTAAT,TTGGAGTAAGTTTTAATCAAGCTTCCCTTATAGATGATTTTCCGAACATTA,ATTATCTTCCTTATGAAGTTAGACAACACTTTGATGCGGTTGCCGGAAGAATA,TCATTTGCTTTACGATTTTCACCTAGAATTGCTAGATTTCTAGGAAATGCTTACGCTCCATCATACTCTGCTAAGAATACTTTTGCCCCTGCTAACAGTAGATTAACAAATTCTGTTTATGCTCCAGGCGTTGCTATTGGTAATACATACGCCCCAGCGACTGGTAGAGTGAGCTTTAATGCTTATTCACCATCATACTCTTCAAGATCTAATTACTCACCATCAACAGATTTAGCTACTGATACAAAGTATAGTCCATTCTATGAAGGTAAGTTAAATTACTCTCCTAGACTATGGTACAGTAATGATTATAATCCATTTGCTTACATTAGCAAAAGAAGAGTGTATGCGCCATTTGATTACTACGACTTTGCGAGAAAGATAGATTATGCCCCTACTGACATCTACGTGAAAATGCCCAAAATAAAAATAGATGATAGTGCATTAAGGTACTTGGCTGATTATAATAGATTTATAGTTAATCTTCTGAGGGTGTTGTGACATGAGCTTAATCGGACTTGATTTATTTGACTTTGTTAAAGGAATAGTCTTACTAGCATTAACCAGTGGCGCTACGTATGCTATTGGTAAGCAATTCTTCTCCAGTAATTATTGTGCTATTGCAAGAATTATTCAAGCGTTATTACTGTTTGCTTCTTCATTCCTCTTTGATAGTGCCGGTGCTTTGATTTTAGGAGTTATAGTACTAATAATTGGTGTAGGTAATTATCTGGCTGAGACTAATAGTAAATTCGCTTTCCTGGATCCCAATTTAGCTTAAGGTGATCAAAATGGAGTATGTGGAACCTTTAGCCCCCTTATACGGGGGAGAATACTCAACAACTGGAATTGTAACACTAAGTGTAGGAATAGCTTTACTAGTGTTAGCTAACGCTTTTGCTTATGCCCTAGTAAAAGCTTTCGGAATACAGTCATACTATGGAAGACTGTTAGGCGGAATAGTATTACTAGTACTATCCATGTTACTGACACTGTCAACTAACTCAATTAATAAATTCAGAGGAGCCTTTACATTTGCTATCGGAGAAATTATCATAGGCGGACTTGACGTAATTAATGACAAGTCCGGCTGGTCTCAACCAGTAGTATCTCCAACAGTTGGATGTCAAGGAGGCGCATAATCTAAATGAACCCTTATCTCTTCTCACTAGTACTACTGATAGGTTTAGGACTTGAAGTATTCCTCTACATTAAGTTATACACTAATAGTTCATACAACATCTTCAACCAATTGTAAAGAGTATTTAAATTATTGTAAGGTGACCAGTATGGATCCCTTCGTAAGTATGTTTCAAACATTCCTAGAAGTGCTAACGGCTACTGTATTAGCATTTACAGCTTATGAAGCCTATGAGCGTAGAATGGAAAGGCAAGAAAAAGGAGAAGCAATGAGAGATCTAATTGACTTGCATAGAATGAGGACTATTGGAGACGTTATAGAGAAGCAAGAAGAGACAAAAGAGAAGCAAGCTCAAGGTAAATAAGATCTCATAAGGTATGGAACCAATTCACTTCAAGTGTGAGAAGGTAATTAGGCTTTTTTATCCAGATCTTTTTCTATGTTTGGATGATTACCCAGGGGCAGGTTACGCATTTACAAGACCTCCTCTTGAGGTTATCATTGATAAGAAATGTCCAGAAGGATGGGAGAAGAAATCAATTTACTTCTCTCCTTACGTTTTGTGTACAAAATTAATTAACCGCCCAGTTGAGCTTACCTATGAAAGAAATGGAAAATTTTATCATGTTCTTCTCCAGTGAGCAAAGATTTATTTGTTTTGACACAACTCTGATAATGATGAATCATGAATTATGAAAACTTAGATAAATTCATGAATTTCTTAAAAGAGAATGTAAAGATTGTGAGAGTTGGAGTAGTGTTTGATGCGTTAAAACATGATAAAAGATTCAAAGAATTCGTTGGAGTGAAGAAGTTAAGAAAATCTGCAATTTATAATTACTCACAAAGAGGGATAATTCTAGGAAAAGGATCATTAGTGGTTTATGATCCTGATGAAGTGAGGAGAATAGCGGATAACTTCTTTAAAGATTCTATAAGATCATGATAGACGAGATCCTAAATGCGATAACAATACGACTTCTGACCCAGATAGTTACTTTTACCCCAGAAGTGAAAAGAAGTGTTAGTATAGACATTAGTCCTAAAACTAGGTTTAGAATAGAATAAAAGGTGATTTAAGTTATGTATCTTTTTTATGTTCTCCTTTCTTCTCTTTTTCTTTCCGCTTTGATTTACGTTATTGGTAAAAGTCACCCTAATCTATTCATGTTCATAAGTTTATTTGTGAACGTTGTTACAATTCTCTACTTAGTCTTCAAAGACTATGGTCAATACATCATTGCTAAACCAATTAACACTTAAATACCCCAATAAGGTGAGTACTATGGCGAATGAAAAGACCCTATTTTACGCCCTATTAGGTGTAGGAGCAATTATCGTAGTCCTATCGACAACTGGCTATCTAAATAACGCTAGTAATCTATCAATAGCAATTTTATTTGCCGTCTTTGCTATAGCAATTGCAAGTGTTTATGAATTCAGAGAACCTGAGATAGTTGTCAAACCCGCTAAACCAACATTTGAGGAGAAAGTTATAGGGTGATCTATTTTTAAACTCTATTAAGGTGATAACGCATGAGTCATAAGCAAGGTGGACACAAGACTAAAGGCTTAGTTTTTCCAAGTAACTGGACTGGCAAATGGTTATACAGGGCTATTATTAACACTCCTAAGTGGCAATTAAATTCAGTGCTAAATAGCTATAAGTTCAATCAATGGATAGCTTTCGAGTCTATGCAATTAAACGGATTACAATTAAGCCCCAGAGTTTCTCCCGAGACTAACTTCATAAGATCAGTTGAAGTTGGTATCGCTGTGAGTGAGGCTGGTAAACAGTATGAATCAGTACCCCATAAGGTACCACTAGAAGATAAGGTTAGGTTATTGAAGGAAGAACTAGAGGTTCCAATAATCGGTGACATGGTAAGATCAATGACCCAAGCCGTGTTACCTGGTCCCATGCCAGTTATGTATCCTAACACGGCTGAAGTTGAAACTCCAGTTGAGATAAAAGGTAAAGAAATACCTATAGAATTTAAAGAAGAAGGTAAAGAAATACCCGTTATGGCTGTAGGGTGAGGTAAATGGCTAGGAGACATAAGAAGTCTAAAAGTGATGTAGTTCAAATTAACCCAGACGCCACTATAAATTACGTTATGGGCATACTAACTGGCGCTAACGCATACATTGACGGGTTATTATCTGGAGCAAACATGTATAATGCATGGGTAATGCAAGAGATGAGCTTAGAAGGTAAACCAATAGGTACCTATAAGCCAGACTCACTTAGAGACTACATAGATAATCTAAAGAATACCAATCCAAGATTATACTCTCTAATGAAGACTGATCCTAAGGTATTTATTGATGAACTTCAGAAGACTGGACAACTTGACGCATTCCTAGGCGCAACTAACTATGCCAGACTTGCAAAGACTGACAAATACATGATAGAAGCCGGAAGAAAGTATCGTGACACTGTACCATCATTAGTAAAGAGCAAATCTCCTGACACTGGATTAGCATTTTTACAACAATACGCACCTTATGGCGGAATGACCATGGCAAGATTAGGCAACATCTTAAAAACCGGTGTTAAGGTAGAATGAAGGTGATCTAAAGTGGTAGAAATAGTTGGATCAAATTATTTTAACTTCCCCCCAACAACTCTAATTGTTCTAGCCTTAGGCTCCGCTATTGCGTATAAATTCCTATCAAACATAAGTACTAATCCTTACGTACCTGCAGTATTAGGTATTATACTAGTCTTCCTAGGACATGGAGGTGTTATAAGTACCATAGGTGCTGGAATAACTGGATTAGCAATCTCAAGAGCTATAGGTAAAGACGTATTTAACTTCTTAAGTAAGGTGAGTTAAAATGGCGCTAGTTGAAGCCGTAGAACCAATTATTTATGGAAACACAAAAACTGGAATCTCATTTGATTCTATTACCGGCGCTATTATCGCTGGAGTTGTAGTGGGGCTTGCTAAAACCGCATTCTTAGGTAAATTCCCAGATTACGTTGAGGTTTTAATAGGTGTAGGATTACTATTCATGTACGGACAATACGATTTACTAAGAGGTATTGGATTCGTATTAACCGCTGACGGAATCTATGGCTTAATAAAGAATTACATAAGCACATCAAGCTAAACTCTTTTTTCACCCCTATTTCTACTTCTTTTTTTAGATGATTATAAGATGATAGATTATGTCCCTAGTCGAGAGTATCAATAAATTTCTATCCTTTGCTGATCATGATTTAATTGTATACGACATTATTCTTGGATCTATTTTAGGTGGAATTGGAGTAAGTTTTAATCAAGCTTCC,TTTTTAAAATACCATAGTAGTCAACACTTGTAAATGAGATTGGAGGAGGACTTAATTTAATCGAAAAGTCAGTCTCTGGAGCAATTCTCAAGTTAAAGTTACTCTCATCTTTAGGGGAAAACTTCTCAACAGTTGTTATCTGTTCTGGATTATAAGTATCTATAATAGCCGTTTCTTGGTACTGATAATTGTATGGCTTATACTTAACATTCTCCTTAGTTTTAAGTATAGATTCGGGAGCAAAGATAGCTAACAACTTATCAAATAGTCTAGGTTTGAATTTAATTCTTTGTGTAACTTTTGGAGCAAATTTGTTTTTAATAACTGTGGATGGAGAGTAAACAGACTTCCTAAAGTTCCTATACTTAGGAGCAAATGTATCGTCATAACTTTCTGAAGGAGAGTAAACCTCTGAATAAGAACTAAAGTCCTCTGGGGCGTATTCGTAATCGTAAGACATTCTGGGAGCAAATGTTCTACTTCTCGAAAGAAAGTCAAAAGGAGAGAAGTTATAATCATAGTAAACCCTGGGAGCAAAAACATCATCAGTAGATAAACTATCTTCAGGAGCAAAAGTTATCTTACGTTTTAACTTTCTCTTTTCAACAGGAATGTAAACAGGTTTCTCTACAGTAACAACTTTAGTTTTCTCCTCAGGAGTTACCACTTCTTCCACTTGTTCTACCGCCTTTTTTCGCTTTGTAATAGGATTTCCTCTCTCATCAAATAAACCTCTAAAGTCAAGTACTTGTTCACCCATTTCTTCTCACTCTTATAACCGCATAAAATGGTTACCTATGTATGAACCTTGTGATCTGATAAACAAACTTCACTAGATACTCCAAAGCAATTTCCATGAAGTTACCAAGTCCATCTAAAATCTTGAGTGAAATGAACTTGAAGATCTTGTAAAGAATCATAATAAGCTCATAAACAAGATTACCGCCAATGTCACCAAGACCAAGAAACTGAGCCATGAATAATCACTTACTTATTCTCACCTTATAATCAGTAATAAGATAGCATGGCGAATTTCCTAGGAATCTCTGATCTTCTTGGTCAGATCTTGAAAGCATTAACCCGAATTACATTTGATGTTCTCTTTACCTTAGCAAAGTATGTAATCAGAGGGTTTGGGCATTGGATAATGGATACGTTTAGGTATCTAAATGACTTCACCGTATGGATAACCAGATTGGCAAAGAGATAGAGTAGTCTGATAGAGACCAGATTAACGAAAAGAGTGGTCTAAAAGAAGACTACATAAAATCATTAGTTTCTTCATAATCTTTAGTTTGCATTTGAGAAAGAATTTGTTCAAAGATCTGTTTCATCTCCCTAACTTCCTTGTAAACACTGTATAATAACACTCCACCAGCGCCATAAATGAAACCAACAATAAGCAAAATGAAATTCTCCATACCTTATTTCTTCTTATTAATCTTCGTAAGATCAAAAGAAGCAATTTCGATACATTGATTATCCTTACAATCAAGAATAGCTAATTTCTGGTTTCTTATAATGATCTCGTAACGAATGTAATTACCATAGTCAGTCTTTTTTATAATCCTTCCATTTCGTAGAAAAAATGAAAGTGGTTTACATTGAGTCATCAAAAAGCGCCCTAAACTCATCTACTCTATTATTAAGGGAATAATTGTTTTCGAAAAAGCGCCTAGCTTGCTTAGAGAGTGAGTTATAATCACCTTCACTCATTCTCATTGCCTTACCTACAGCTTGAATGAAAGACTCCGTATTTATCTCGGCAAAATAAAAGTTCTTAGTGCCTTTAACATTAATGTATGCCGGTGAAATTGGAATACCAAATCCTATGTACCTAAACTCATGGGCGCTAATGTATACCGCCGGGGTTCCAAAAGCATAAGCTTCTAATAATGGCAAATGCGGAGTCTCCGCATGTGACGTACCCAAGTACCATTTCGTGTTTGCATAAAGTGACCATAATTCTTCATCTGGTAAGTCTTGTTTATGATCACCAAAACAGTAAAACTTGCATACAGAGATTGCCTTAAATCCCCATCTCTGAACTAAAAAGTTCCAAAAATGCCCTTTCCTATCAAAATCCATTTCATTAATGCCTACTGTTATAAAATCGTATTGTCGTTCTGAGAGAGACTTTAGTTTACCTTCTGGGTTAGGATCTGGTATAAAATGTGGAATGTAGGGTATACTAACGCCCAGTGTAGCAAAATTCTCTTGATTAAATCTTGAAGTTGTATAAACAGTACAAATAGGATCTTTGAAAACTGGGTTCCTATAAGGTATTGTCATTAATGCGGAATCTAATAAAGCCACACATTTCTTACCTTCCAACTGTTGTCTATACTTATTAATTAAAACTGGATAAATGTTGAAAGTAGTGTAAATGATTACATGAGAACCCTTTACTGGTACTAACTGCGTTTGCGCCATTCGTATGATTTGAGAATCCACATTCAGATTTTGTTTAAGAAATACAGCTTGTCTTGTCGCAAGTCTATCATAACTTCCATTCTGAGTAGTTGTGAGAAATGTTATCATAGTCATTGATAACCCCTATACATAGGTTCACTCCTATTATGTGTCGATTCTTCATTGAAAATGATAGGCACATCTAATACGTTAATTGTTTCACCTTTCTTATTTAGAATTTCGAAAGACACTTCCTCTCCGAACAGTTTAACAAACTCTTTGTACTTTAACACTAGATCAAACAGTCTTGGTTGAGCCACATCAAACAGTATTGCGTCTATTATCTTGTCACCTTTTTTGATTAACAATGCGAAATTATAGTTCATTTTATCTAAAAATTTTAGAACTTCTTCTTTATGAGCTATCATCAAGTAAAGAAGTTATTACCAATAAGAAAAATGTTACTGAAAGAGGGTTCCAGGAAATGATTTATGAAGTAAAAATAACTTCTATTTGACCATGCCTAGTGGAAACGTTTTGGTTCCGGAAGAAATGATTAAAAAGGCAAAACAACTATCTAGTTTTCTACCGGCGGAAGTAAAACAACAAATCAAAACAATTGAAAACATGAAGAGATCATTCTCCCTACCGGCTAAAATTAACGGAGACTATGTCTTGATTGTCGGAATAGTTACCGATTCACCGATAAGGTCTACAATAGCGTTTGATCTTGACGATTTGAAAATTATAATGGAAGTTGTGTTAAAGGCACTTGATAGATTAGGCGTTAATAGAAACGAATTTCTAGCACAATTTATTCAAGAGGGTGAATCAAGTGCGTAAGTGTATCTCCATCTGTTTTTATGAAGAAGAGAACGATAATGAAGATTTTGAAGAAGAGGTTGAATTAAGCAGAGAAGATTTAAATCAAATAATTAACGAATTAGCTCCCTTCTTAATCAAGTTATTAACTGACCTCACTGAATTAACCCAAAAGAAAGAGGAGAGTGAAAATGAGTGAAAGACTTAAGAAGTTTTTCACTGATGAAGAACTTCAATTTATAGAGAATCTAGCAAAGCAAAAGGGAATGAAAGAAACGGATGTAGTATTCGCATTAGCCAGAGAAATGATTCAAACTTACCAACTACGTTATGTCTCAGGTCAACAAGTATTGGCAATGTTAGATCTTCTTGCAATGAAGTTACCACAATGGTTCGCATTACAATTGAATCTAATTGGTCAGTCCTCTCTACAAGTAACCTCATTATCAAAACAATTAGCATCTCTTGCAGAACCATCAGCGCTTGATAAGATAATACAGTTATTAAGAAGTCCAGAAATTGCTAATCTATTTAACCAATTACTACCACTATTAGGAATGTTTGGAAAAGGATTTTCAGTCGGAGAAAATGAAAACCAGGGGCAAAGCAAATACTCTGGAGACAATGGGGGAGAATTCTTATGAAAATGTACCGCCTTGGAGACGTGATCATAAAAGTGTATGAAAACCAACAAGAACTAGAAAGTAGTAAATTAGAAGGTTGTAGATCATTATGCCCCAATAAAATGGGAAAACCAGTGGCGGTTGAAATTATTTGTCCCTCATGCAAACCAAAAGAAGGCGAATGGCTATTCTGTCATTTTATTAACCAATTGAATGATTTCAAACTAGTAATGGATAAGGTGGTTTAAATGAGAGATGAATGCTATCAAGTTTATCTAGAACTTAAAAAGATTCTAGACAAAGCCATGGAATGCCTAAATGATGAAGATTTCCAACTCTTATTGGTTACCATGATAGCCAAAGCAACTCTCACAAAGGTTGAGAAGAATGATTTGCAAAGACGGATTCCTAATAAATGAAGAAAACGGTGAAGTAATAGACTATTGTTATGAGAATAACGAAATGGTTCAGGATAAAGAATTAGAACATTACTCGGTAACCCCACCAGTACCCTATGTACCAGAGAAGTATAAAGAAAAAATGAAGGAGTATAACAAATGGTTAAAAGGAAAAGAAGCGTTTATTCAACTAAAAATGAAGGCGGTGAAAAAGATTGAATACCTTAAAAATTTATGCGCTAATGAAGAAACACAAATTAATAAGAGAACCAGAAAAAGCAGACGATTACTTACTCCAAAAACTTGACAGGGAAATAGAACTGATTGAGCATGGTCCACTATTTGCTAAGAAAGTGACAGCACAAATCTCAGACCACGATAAAGAATTAGTTGATTTTATTTTTAGCCTAATAAAAGAAGAATGCTATAAAGAGTCATACACTTTCGAAAAAATAACCGATTGCCTTATGAAGTTTGAAGAGAAGATCTAAAATAGATTAAAGTCTTTTTGTCCCCCATTCACAATAACATTAAACCCTTTTTCTCTCAAAATTCTCATGAGTAAGTGGTAATTGTCCCTTATACTCTTCACCCTATTAGCATACTCCAACAACTTCTTTGAATCGTGAACCTTAACAAAATGAATGAAAACCGCCTTAGAAGGATCTAAATTAAGCACACTTTCTAACTCACTCCTTATGAAGTTCTCATACTCCTTACTTGGGCGGTAAGTAAAGTGATAAGCTATTGTTGAGATAATTGACCTATCCATAATAATGTTGAAGTTTAGCTTACTTAGTTCTTTTATTAGAGAAACCCATGCTAATTTTGTGTTCTCGTAACTGTCTTCCTTTGAAAAGTATACGTACATGGGTCTAGAAAAAACTTGTGACTTAATTAATTCACTCGCAAAAGACGTTTTTCCAGTCCCATCAAGCCCTTCTAAAATGTAGATCATAGATAAATAGTTGAAGAAAAAAGTATTTAAGCTTTATTCAGACTCACTACTCCGATTCTTCCAGTAGTAATAAGCTTCAACAATACCGAATACCGCAAGTGAAAAGACTATAGCTTCCTTTAATGATAACTTCTTTTGAAAGAGAAGAATTAAGTTAATTAATAAGTCAACATCAGTCAGTAGGAGTAGGCTCATTAACTATCCCCGAAAAATACTTCCTCATTACCTTATAGCCTACGTATAATGATACTATCAGTACAGCAAAGATTAGTATGTATCTAACAACTGGAGGGAGAGTCATCATCTTACTTGGTTATAAAAAAGTAAAAGTTAATCGAAAAGCGCTTCCGCATTATCCTTAATTAGTTCATTAGCCTTCTTCACTAATTTACTAAAAGGTATGTCTGGTACTTTCAACTCTGGCTCAATTTCTTTGTAAACCTTAAGGATAACGTTTGGCGATTCAATAAATGTATGTTTATTTCGAAGATAATAGGCAGTGTAAAACGTAGGCAAGAAATAGTAAGTCTTAAACTTCTTATTCCTCTCAATTTCCGCCGGTGTAACTTTTACTCCCCCGTTCCTTTTAATAACATCTGAATAACCAATTAGGTAAAGAATTGTCTCCAAGTTATCACTAAACTCTGGATTCTTCTCCCAAGTATAGAATGGAGTTCTAACCCTATCAGCAAGTGAATAAAAGATAGAAGCGGATCTCATACTGTCCGCCCAGAACAATACCTTACTTCCCCCCACATAAGCATTAATTGAGTAATTAATAAGAATCAGTGAAGCTATTAGATCTGGGACATGAACATAATGCTCAACATTATCATACCCTATAGTTACTCCTTTGTATGTTATTTTAGGATGATTCCCCCCAGTTATCTTTTGAGCAAAAGTTGTGTATTGGTATTTATTTATGTAGATTCCCGTTAATGAGCGTAAATAATCCCTAAAGTAGAAGTTTTTAATTCTTAGGTCATAAGGAACAATACCGTAATAAACATAAGAAATCACATCACAAACTGGTAATTCTGGTACTCTTTTTATTAACTCCTTCAAATAACCCATACTCGCCCAACAATCTTAGCAAAAAGTAAAACTTTTAATTCTTACTCATGAATAAAAATCGTGATGATAAAAGATCTAGAATTAACCCTCAAAAATCTTGTTTCAAGCAATCTCGATAGCAATTGCGTACACGTTACCAACATGATCTCTTACGGAGATCCTCCAACACAAGAAATGTTAGTTAGAGGAAAACTTTACCATTTAGCAATAGAGAACCTAATTCAACAAGTTTTCAAAGACGCTATTATAGAACAGTCCCATAGAGACAACATAGGTAATAAAGAGATTTGTTATACACCAGACGTTTATGTACCTTCCAAGAAACTCTTAATAGAGATTAAATCCTCTGACAGAAGCCTGGCTTATGCCACAAAACAAACTTCCATTTACCGTTATCTTCTAGAAAGAAAAGGCGTATCAGTTGACCAATGTATAATGATAACCGGCGACTTGAAAGTATTCCCCCTTCAATGCGATAGTAATTACGGACAACAACTCTTAAACTCATACCTAAACTCCCGATTAGACCAAAATCTTTTTAAACCTAAATAGACTATTTTTACACATGCTACAAATCCTCAATAACGCAAACGATAAGATCCAATACAAGTTAAACGATTTTTCAGACTTAACCCCTTCATTCAAAATCAAAAGCGGATTCTTTACTATACACAGAATCAATTATGAAAAACTAGAGGAAAATGAAGAGGAAAAACCAAGACAAATTAGCGCATTCGACATAGAGACAAACGGAAGAGAAATCTTTTTCGGAGTTTATGATGGTTCTGAATACAAATACGTAATAATTAGAAAACCAGAAGATGTTAAAAATGCCCTTGATCTTTTAACAGAAGAAACATACTTCTATGGAGATTATGATTTACCAGTAAGTTTAGCTAATTATGTTCTTCTAGGCAAACACTCAAAATTCGCAAAGAAAATCACTGGAGAAAACTACTTCACAACTAAAAACCTTAGAATAAAAAGATACAAGAACTTCTACAAAATTCTCTATAATGGAAGATCAATAAACTCAATAAACCTACTCCAATTCTACAGTGAGAGTTTGTATGAAGCCTACAGTAGGTATTATACCAAACTACAAGAAATGGGATTTCAAGTCTTTGATGAACAAACAATGAAAGAGTGGAAGGAAGACAAAGAAAAAAGGGCTAATTTTGACAAATTAGATTTCAATGATCCCAAGACAATACAAGAAATAGCTAGGTATAACAAACTTGATGTAATTGCCACTTACCAATTAGCGCTTCTAAAGAACAGTCTCTTTGGAATAAAAGTAAAGTCCACGCTTCCAAGAACCGCTATAACTTACATTATTTCACAAGTTCAGTCAGAGTTTGTCAAAGGATTAAGATCATACACTGAGATAGAGCTAACATTAAAGAGACTTTATAAGGGCGGGTTATTCGACTCAAACGAATTAGGTAAATTCAAAAAAGTTTACAAGTATGACGTCAATTCAATGTATCCATTCATGATGAGTTGGTTGCCAGAATTAGAATTAGTTGAAACACAAAAAGGTTTTGAAGTAAACGAAGAACCACTACTTAAGGGCACACAATTCAATGAAGATGCAAAGTATGTTTACATTTACAAAATCACATTGAAACAAGACAGAAAGTATGTCGCTTCAAAAGCTAATGGGATGCTTCTCAGAATGATGTACAACAGAGGCTCATTCTTTGATTTCGAACTTGCAGACGAAAAGCATGAACTAATACCAGACATTAAAATAGTGGGACAATACTACACAATGAAATTCAAAATAACAAAACATAGAATCTTCAAAGATGTTATCTATAACCTATACAACAAGAGATTACAACTAAAGAAAGAGAAAAACCCACTAGAGAAAGTTTACAAGTTAATTCTAAACAGTTCATACGGGAAATTCGGCGAAAGAATAGGATTCAATGCAAAGTTCCAGAATGTAATTTACGCTTCAATGATTACCGCTTTAGGAAGAACCTTTATCCAAAACGTAGACCCTAACGCTATAAGTTATTTAACTGACAGTGTAATAAGCAAAGCTCCCATAAAGTCTGAACTAGTAGGAGACCAATTAGGACAATTAAAACAAGAAGGTGTAGGAGAAGCAATTGTAATTGGTAATGGTCAGTACATTTTGAACGACCCACAAGAAAAAATGATAAAGCTAAGAGGATTCAATGTTGATGAGTCAATTGCCGAAAAAATTATTGAATACGTAGGAAACTATTTAGCCAAGGGTAAAATTGTTAGAGTACAAATTCCAACAAAGATAATGATAAGAAACTTACAACAATACAAGATTTTAGCCGAAAAAGATAGCAATGTGTTAATGGGAATGCTTTCAAATCAGATCAAAATCTTCACACCACTTAATACTAAACAAAGGTATACTTACAACGTACACTGGTTCGGAAGCATGTTCAGAGACGAACAAGAACATAAAGAATACAGAAAGACATGGGAAAAATACATAGAAACAATTGAACCAATAGACTTAAATAGTATTCTCTCATAACATTTATACGGTGAACTGTATGGAAACAAAGTTCAGTGATGTAATAAACGGATTAAAAGAATGGTATGATGAATACCTTAAGTTATACCCAGAGTACAAAAACTTCTTAACCTTACTTGAAATTGTCAGTGAAGAAGGTCCCGATAAGGCAATTGATAATGAAGAATTTAACAAACTTGTTATAAACGCCGTTACCAAACAGCCTAAAATTTACAAGATTTATCTCACTTCTGATGATGGTATTTATCCATTGCCAACATGGAATTCTGATGTGTATGTTGAGCATTTCGAACAGTATTACATTGATAGGATAGTCTTCTCCCGCAAGTATAGACATAACAGAGACTTTTTAATCGGTTTAACTGAGTATTATGGTTCTCTAGTGGGATTGACTAAAATCGCAATAGACGCCGTAGTTTCCGATTACGTTAGAGAACAACTTGGAATTTATCACATGTCACTTGACAAAGCATTACAACTCAACTTAAGCATACCCATTAACACTCTATTAGATAGAATAAGGAATAACTATAAAGTTCCCATAATCAAAGAAATGGATGAAGAAAACCCAGTTGTCCCAGAAGAAAGACCAAAGTCTAATAATGAACCAACTTACAGACAAATGATTAACGAATACCAAGAAAAAGCCCCAGTTGAGATTAAGTTAACTCCAGAGGAAATAGAGGAAGAAATTACCAGAAGAATTCTTGACGAAACAATAGAAGATGAGTATGATGAAATTGAAAGCTAAGTCTTTTTTCCTTAATTAAAAAATTTAGGTTTTCTTTCCTTTACTTCTTCTAACATGGAATCACTTATCAAAGCCATAAGAGAAGAATTCATTAGTATCTTCTCCCTTCTAAAAAAACCTCACAAGTTTACTCTTGAAGAACTGAGAATAAGACTACGAAAGCTACACAACTTATTACTCCAGTTATTTGAACTTGAGTATGACATTAATAGAAAAGTGGAAGTAAAGTATGCTTTGGAATTCGTAGATTCAGTTTATAATCAAATTGATTATGTCATTCCTGAAACACTTATCCCATTCGCCAAAGAACAACTCAAGTATGCCGTTTATCGATTTAACCTTTATTATACTTAAAGAATACCCCCAAAAGATTTAAATACCACTTCTCATAATTCTTATCTTGGTGATAAAATGAATACCCAAAACATAGTTGAGAAAACCCATGAAAAGTTCTCTTCAACTTGGAGTTATTTAGAACAAACTTCTACTGATCTCAAACAAAACCTAAGATCAAGACTACTAGGATTAGATTCCTTACTTAGAGAGTTATACAAACAAGAGACAGATGAGAAAAAGAAAATGTACATCTTCTACGCCTTAATGTATGTTGACTCCGCCTTAGATAATTTGGACTACATGAATCCAGAACATGACCCATTTGCCGTATTCCAAGCAAAGTGGGCAGTTCAAAAAGCATTCGAAATCTTCAGTGACTTATTCAAAGACTACTTCAAGTCAGACTAATAATTGTACATAAACACTTTTCATTTATTTAAACCGGTATACTAAAAAGGCGTATTGAATTTCAATAATTTCAAAGCCTTAACCCAAGGCGTTCGCAAAACCTATCATAACAATTTGACTTAATAAAGCGAAAATAAATAGGTAACTTTGTTACAGTTCATAACAATTTGATGAATAGTGACTGAAAACAAAAGGGTACTCCGTTGCGTATTACATGAAAAAAATGGAGTCACCGTTGCGTATTACATGAAATTTACCCTAGACCCGGTCAGAATACCCCCTTAGAAAAATACAAACTACGCTAGCTAGGCAAGAGGGTACCCGGGGGGGAGGGGACACCCCGGTATCCGAACCCCCCACGTCACTAGAAATCATACATACTTTTCACATTCCAAATTTTCTCTCTATTAAATCCTATTCACCTTCCAGGTC</SequencePath>
  </AssembledSequencesForViralGenomeReads>
  <AssembledSequencesForForwardAndRevComplContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldPathsForForwardReadAndReverseCompContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>7</KmerLength>
    <DanglingLinkThreshold>7</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>14</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <AssembledSeqCount>1</AssembledSeqCount>
    <SequencePath>GCTAGCATCGAACGATC</SequencePath>
  </AssembledSequencesForForwardAndRevComplContig>
  <AssembledSequencesForForwardAndPalContig>
    <FilePath>TestUtils\PaDeNATestData\ScaffoldForForwardReadAndPalindromeContig.fa</FilePath>
    <Redundancy>7</Redundancy>
    <KmerLength>5</KmerLength>
    <DanglingLinkThreshold>7</DanglingLinkThreshold>
    <ContigPairedReadsCount>1</ContigPairedReadsCount>
    <redundantThreshold>14</redundantThreshold>
    <LibraryName>abc</LibraryName>
    <StdDeviation>15</StdDeviation>
    <Mean>5</Mean>
    <AssembledSeqCount>1</AssembledSeqCount>
    <SequencePath>AAAAAAAAAAAAATT</SequencePath>
  </AssembledSequencesForForwardAndPalContig>
</AutomationTest>
